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Why Star-CCM+ ?

Don’t Just Simulate, Innovate!

Simcenter Star CCM+

Simcenter STAR-CCM+ Key Value to Our Customers

Simcenter STAR CCM+ is a highly reputed CFD-Centric Multiphysics Engineering Simulation management CFD Software in Singapore that Uniquely integrates a Highly Comprehensive Scope of Real World Physics with Intelligent Design Exploration services in a Single end-to-end Siemens MDX Platform Ecosystem all thanks to the Technological spirit and heritage from Steve MacDonald who is the Original creator of the earlySimcenter Star CCM+ version of the CD Adapco Star CCM+.
The strength of Siemens Simcenter portfolio, such as CFD Star CCM+ and Femap simulation software systems Coupled with Engineering Design Workflow Automation and Highly Efficient parallel computing, enables Simulation engineers to leverage on Star CMM+ machine learning technologies to Reliably create, model, Conduct Technical search Analysis and exploration of Complex real-world Technical Problems, resulting in low cost yet more Sound Engineering design decisions Much early in the Product Development process.
This ability to accurately predict engineering test performance has helped to Accelerate Engineering innovation in countless industries.

 

About the Simcenter Star CCM+

STAR-CCM+ is an integral part of the Simcenter™ portfolio, a comprehensive collection of Engineering simulation software and test solutions tools that helps businesses address the engineering challenges of today’s complex products.

 

Holistic & Integrated PLM Management Made Possible by Code Free Integration Between Simcenter & Teamcenter
Simcenter makes it easy for you to Achieve this holistic PLM Management, thanks to a seamlessly tight, codeless integration with Teamcenter, our Industry leading PLM Software solution for cross-domain product design and simulation management in PLM.

 

Accelerate Pace of Organizational Workflow Processes at All Stages of the Engineering Phase
We recognize that the aim of many companies today is to quickly optimize product designs and improve Workflow processes of their Engineering Development, R&D and Mass Manufacturing.
Siemens PLM Software uniquely integrates the Required Complementary experience, skills and application know-how into the Engineering services to help you achieve your complex Engineering design goals and easily deploy complicated yet innovative engineering processes with Simcenter environment.

Simcenter STAR-CCM+ – Our Key Differentiating Technologies and Value that We Offer to Customer 

Our Ultimate Goal at Siemens is to Help Companies Worldwide to Better Engineer New Design innovation with a World Class Fluid Simulation Software which Equips your Engineering Team with the Necessary Tools to Easily Perform CFD-Focused Multiphysics simulation Modeling using Various Physics model.

 

Engineering Applications in a Wide Range of Industry

Created by one of the World’s most Respected CFD Software Companies, Simcenter Star-CCM+ PLM and CFD Simulation Software Applications allows engineering industry, such as automotive and Aerospace company to Benefit from the best of Siemens CD Adapco in the simulation performance technologies space to Tackle a Wide Range of Engineering Challenges Across Diverse Industries Applications.

 

Comprehensive Set of Multi-Physics & Multi-Disciplinary Simulation

Simcenter Star CCM+ Offers a Highly Comprehensive Set of Fully Integrated Engineering Disciplines and Physics. The physics involved Includes Computational fluid dynamics (CFD), Computational Continuum Mechanics (CCM), Computational Solid mechanics (CSM), Electromagnetics, Thermal Heat Transfer, Multiphase Fluid Flow (Free Surface Flows), Particle Dynamics, Reacting Fluid Flow & Combustion, Electrochemistry, Electro-Thermo-chemistry, Magneto-Thermal Cooling, Fluid-Structure Interaction, Thermal FSI, Aero-acoustics, HPC Fluids, Dispersed Multiphase Flows, Aircraft Icing and Rheology.

Creating the Bridge between Physical Testing & Virtual Simulation Testing to Create Accurate Digital Twin

Simcenter effectively combines simulation and physical testing with intelligent reporting and data analytics to create Realistic digital twins that more accurately predict product performance and drive technological innovation throughout every stage of the product development phase.
Holistically Managing your Engineering simulation data and processes in the context of an overall PLM system becomes critically important when dealing with a drastically increased usage of computational simulation throughout the product lifecycle.

 

Transforming Product Design through the Digital twin

As the technical complexity of Modern Engineering Products Rapidly Increases, Industry Leading Engineering Centric Companies are Gradually Relying On Digital Twins that Is Able to Accurately Predict the Functional Performance of Their Products and Closely Monitor their Performance Characteristics throughout their Entire Useful Lifecycle, from Initial Inception, through Early Engineering Design and Mass Manufacture, to After Sales Service and Ultimate Disposal at its End of Life.

 

Multi-Domain Simulation Makes Digital Twin Possible

Realistic and powerful multi-domain simulation, combined with efficient engineering testing is the only way to successfully realize this concept of a Digital Twin.
In addition, a strong underlying data management framework must close the workflow loop between engineering requirements, design, simulation and actual usage.

 

Incorporating Digital twins in Engineering Design Helps improve operational efficiency

Siemens Simcenter provides a Simulation Platform to allow companies to have the required tool at their disposal to create full scale Digital Twin of their Specific  engineering designs.
This holistic virtual modeling of engineering designs at a integrated system level helps companies to gain useful engineering insights and uncover design improvement opportunities for Maximizing operational efficiencies. 

Integrated Single End-to-end CAE Simulation Environment: Access all steps in the Engineering Simulation Workflow from a Single Unified User interface

Not all engineering CAE simulation tools are created equally, in the case of Simcenter CD-Adapco Star CCM, we are the first in the market that enables you to Seamlessly enter and Move from 3D Shape Geometry Modeling, Meshing to Obtaining the Final Tangible Multidisciplinary Simulation Results
The use of Star CCM+ CFD Meshing Software helps to Easily combine complex Shape geometries and multiple physics models in one single integrated simulation platform environment.
With Simcenter’s Single integrated Simulation Platform, you No longer need to worry about coupling multiple disjointed industrial Engineering simulation software tools or transferring simulation data across a “workbench” center

 

Integrated, Intelligent Engineering Design Exploration

The Latest Version Release of Simcenter StarCCM+ allows engineers to Seamlessly Transit from Running a Simple Single Point Focused Simulation to a Full Fledge Design Exploration Studies. The deployment of Simcenter CFD Software Packages allows you to Start Discovering better Engineering solution and system Designs no matter how Tight your Project work schedule or budget

 

Seamlessly Integrated MultiPhysics Simulation Software Tool

The Seamlessly Integrated Multiphysics Nature of Simcenter STAR-CCM+ Removes the Requirement to Manually Relearn and Inefficiently Connect together Various Disjointed CAE Simulation and 3D Fluid Simulation Software Tools.
STAR CCM+ effectively facilitates multiphysics simulations from a single, integrated Siemens Simcenter simulation environment delivering realism in simulation.

 

Fully Coupled Modeling of Real World Physics for Enhance Simulation Realism

A Truly Integrated Multiphysics Simulation Platform Empowers You to Effectively and Realistically Simulate your Engineered Products Under Actual real Case Conditions and Constraints.
The Application of STAR-CCM+ to tackle multiphysics challenges in Engineering product development consequently Enables Real World Physical Behaviors to be Modeled, Simulated and Analyzed Realistically in a Fully Coupled Style, thereby helping to Increase the Precision and Quality of Your CAE Engineering Simulation Results Produced.

 

The Simcenter Star CCM+’s Single Integrated Graphical Software User Interface (GUI) Help You to Cover your Entire Engineering Application Scope With Physics Modeling, Solving and Simulation Capabilities which includes
1. Sophisticated Engineering Simulation Methods to model Both Rigid and Flexible Physical Body Motions.
2. Advanced Meshing approaches such as
     1. Overset Meshing
     2. Complex Mesh Morphing
     3. Meshing of Six Degrees of Freedom (6DOF) Mechanical Motion.
3. Impressive Ability to Seamlessly Combine and Track the Dynamic Interaction between the Various Real-World Physics and Complex Mechanical Movement Motion Models in a Single Simulation to Cover your Specific Engineering Application.

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Overview

 

A Toolset For All Your MDX Needs

Find out how our simulation tools are helping companies deploy multidisciplinary design exploration to discover better designs, faster

A True Multidisciplinary Platform

Find Out How STAR-CCCM+ Provides For All Your Simulation Needs.

2. Simulation Consultants with Extensive Research & Professional Experience

Fluid Dynamics

3. Simulation projects Completed in a Timely and Cost-effective Manner

Multiphase Flows

3. Simulation projects Completed in a Timely and Cost-effective Manner

Particle Flows

3. Simulation projects Completed in a Timely and Cost-effective Manner

Reacting Flows

1. Powerful Simulation Software Tools

Aero-acoustics

3. Simulation projects Completed in a Timely and Cost-effective Manner

Solid Mechanics

3. Simulation projects Completed in a Timely and Cost-effective Manner

Heat Transfer

3. Simulation projects Completed in a Timely and Cost-effective Manner

Electro-Magnetics

3. Simulation projects Completed in a Timely and Cost-effective Manner

Electro-Chemistry

3. Simulation projects Completed in a Timely and Cost-effective Manner

Rheology

Why Is Multiphysics Engineering Simulation Important & Relevant?

Solving of Complex Industry Specific Engineering Challenges Requires Professional Numerical Simulation Software Application tools that Covers a Broad variety of Physics phenomena and Multi-Faceted Engineering Disciplines.
Real-world Engineering Challenges do not Simply and Nicely Separate Themselves into Convenient Classical Theoretical Categories such as “Aerodynamics,” “Hydrodynamics,” “Thermal Heat Transfer Flow” or “Solid Structural Mechanics.”
The Failure to Realistically Account for Important Physical Interaction Dynamics can often lead to Performance Uncertainty, for which the Reflexive Reaction of most Engineers is Over-Engineering using Redundant Safety-Factors in Engineering Calculations and Structural Reinforcement to Ensure Added Factors of Safety

 

Creating Engineering Innovation In the Context of Realism through Multiphysics Simulation

Only by Using Multiphysics Engineering Simulation Can You Accurately and Comprehensively Capture all of the Relevant Physics Parameters that Influence the Functional Performance of your Engineered Product.
By Minimizing the level of Computational Estimation and the Number of Theoretical Assumptions, you can be Absolutely Confident that the Extrapolated Physical Performance Characteristics of your Engineering Design will Coherently Match its Real-world Performance.

 

Simcenter Star CCM+ – A Comprehensive Collection of Physics Model all Integrated in One Unified CFD Software Tool 

Beyond More than a Computational Fluid Dynamics (CFD) Algorithm Code, Simcenter STAR-CCM+ is Undisputed Without a Doubt an Industry Leader and Best-in-Class Engineering Simulation Tool that Offers the Most Comprehensive Collection of Industrial Simulation Physics Models of any Commercial Computer Aided Engineering (CAE) Software Tool Available Out There In the World.
It offers a Broad Array of Rigorously Validated 3D Physics Models to Realistically Simulate Engineering Disciplines and Real-World Physics.
This Encompasses Various Real-World Physics, such as
1. Computational Fluid Dynamics, CFD
2. Computational Continuum Mechanics, CCM
3. Computational Solid Mechanics (CSM)
4. Rheology
5. Thermal Heat Transfer Flow
6. Reacting Fluid Flow
7. Multiphase Fluid Flow
8. Particle Dynamics
9. Aero-acoustics
10. Electromagnetics (EM)
11. Electrochemistry

Accurate & High-Quality Engineering Simulation Results that You can Trust & Rely On

By Adopting a Strictly 100% Compromise-Free Approach to Engineering Physics modeling in our Software Products, You will have Absolute Confidence and Trust that your Theoretical Simulation Predictions is Rigorously Validated and Tested to ensure that the Results Co-relates, Matches and is Consistent With the Actual Real-world Performance of Your product across its Full operating Spectrum.

 

Fully Integrated & Coupled Simulation to Ensure Data Accuracy

Simcenter Star CCM+ Software, similar to Siemens MDX and HEEDS software tools help to Reduce undesirable Data Approximation by Analyzing Real World Physical Phenomena in a Fully Integrated and Coupled manner, instead of analyzing just isolated part and components.

 

Parallel Computation and Innovative Licensing

Our Star CCM+ HPC Program Source Code Commercial CFD Software is designed to Make the most of your Existing Computational Hardware and Training Resources.
This helps you to Maximize and Get the best Overall throughput of Your Computational Simulations performed on your Engineered products.

Single Integrated CAE Simulation Environment

From just one Single Integrated Simulation Environment, Users of the Simcenter Star CCM+ software is able to perform various Key critical Simulation functions, such as
1. Reading and Management of Shape Geometry from 3D Solid CAD File using Star CCM+ NX
2. Meshing of Surface Geometry to Capture the Complex Design Shape to be Simulated
3. Input Parameters, such as Selection of Physical Boundary Conditions & Constraints
4. Setting up of Physics Models
5. Post Processing of Simulation results data.
6. Easily Accessible API to Enable convenient Coupling to Other 3rd party Simulation Water Simulation Software Program or CAE Application Tools for the purpose of co-simulation when needed.
 

Benefits of a Single Integrated CAE Simulation Environment

Due to the fact that all of these Useful Technical Simulation Capabilities and Critical functions Are Conveniently Accessible from within One Single Unified Platform Environment In the Simcenter STAR-CCM+, it has Tremendously helped many Engineering companies in accelerating their Engineering Development Process.
Notably, Simcenter STAR-CCM+ program has positively contributed to various aspects of the Engineering Development, such as 
1. It has proved to be Highly effectively in speeding up the Engineering design process tremendously
2. Widen and Deepen the Scope of Simulation analysis achievable
3. Drive faster Refinement of Engineering Design
4. Achieve higher Engineering Throughput and Productivity output using the same Existing resources.
5. Ability to Efficiently simulate and Validate more design cases and Variants using less time
6. Reduction in the number of actual Physical prototypes being Fabricated
7. Lowering Overall Cost of Development and Engineering Man-hours Required for Engineering Development

Productivity through Streamlined Workflow and Automation

No matter how realistic your engineering simulation is, the data it provides is practically useless if it is not applied and used to positively influence and Improve the final Engineering design of your designed product.

 

Engineering Simulation adds the most improvement value to engineering development when it creates a constant stream of Accurate engineering simulation data that informs and influence the engineering design process through each and every engineering decision milestone. This is only possible when the simulation process workflow is a highly robust and truly automated one.
Once an engineer has created a simulation model, it should be easily re-deployable to explore a full range of engineering design configurations and operating case situations, with little or no manual effort.
This allows your highly trained engineer to focus on committing design decisions, rather than performing mundane simulation tasks.

 

Shorten Simulation Processing Time Needed for Quick Turnaround

Engineering Simulation helps to Compress the Numerical Simulation Solving time needed, Exponentially improve simulation performance and achieve a quick turnaround of CAE simulation results with Our Online Cloud-Based Star CCM+ Power on Demand Simulation Platform.

 

STAR-CCM+ brings a fully automated Design Exploration and Optimization within the grasp of all Simulation Engineers

The Totally automated simulation computation process in Simcenter STAR CCM+ helps project the entire product behavior in a short time frame with consistent, repeatable simulations performance.
In major industries like the automotive industry, automated full vehicle simulations help to significantly compress product development time and expenditure.

Re-playable Pipelined Simulation Workflow from 3D CAD to Accurate Simulation Results

The Pipelined Workflow of Simcenter Star CCM+ helps to Reduce Precious Engineering Time needed to build and run CAD models, and instead help to focus the Engineer’s Energy and Attention on Making Design Decisions and Solving Problems.
The ‘re-playable’ nature of the Simulation workflow allows it to be Duplicable for subsequent Simulation cases, thereby allowing users to Make and analyze various different Engineering design modification Swiftly with simply just a few clicks. This also allows Engineers to systematically Learn and Implement industry best practices when performing the simulation.

 

Repeatable & Robust CAE Simulation Workflow with Templated Simulation Model

Simcenter STAR-CCM+ enables you to construct every CFD simulation using a repeatable and robust process workflow, with a systematic approach that allows you to reuse and update each and every simulation model with minimal manual time and effort.
This pipeline workflow encompasses each and every step in the engineering simulation workflow from shape geometry defining to Post-processing of the Simulation Data.
In many cases, Simulation models can be templated, enabling your team of engineers to easily share and disseminate best practices across your entire organization at every levels and function.
Simcenter STAR-CCM+ facilitates building consistent, duplicable simulations that evolve as your product does, automatically updating the simulation workflow to reflect modifications in the engineering design:
1. Create and modify computer-aided design (CAD) models of your shape geometry using a fully parametric 3D feature-based modeler.
2. Establish a bidirectional linkage between STAR-CCM+ and CAD lifecycle management (PLM) software tool so that shape geometry updates are automatically represented in your Engineering Simulation.
3. Repair and defeature imported raw CAD geometry using industry-leading surface wrapping and repair tools, automatically creating a closed surface in as much physical detail as necessary to guarantee the fidelity of your simulation results.
4. Automatically build a computational mesh on your shape geometry, no matter how complicated, using polyhedral or trimmed hexahedral cells.
5. Robustly create layers of prismatic cells that enables you to accurately capture boundary layers.
6. Substitute components of your engineering design as it grows and evolves.
7. Deploy industry best practices with engineering simulation tools such as the Simcenter Star CCM+ Simulation Assistant that ensure result consistency between simulations, and eliminate analyst-to-analyst variation.

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A Simulation Solution That Span All Industries

Learn How MDX Solves the Toughest Problems In Various Industries

1. Powerful Simulation Software Tools

1. Aerospace & Defense

2. Simulation Consultants with Extensive Research & Professional Experience

2. Automotive

3. Simulation projects Completed in a Timely and Cost-effective Manner

3. Marine

3. Simulation projects Completed in a Timely and Cost-effective Manner

4. Oil & Gas

1. Powerful Simulation Software Tools

5. Chemical & Process

2. Simulation Consultants with Extensive Research & Professional Experience

6. Energy

3. Simulation projects Completed in a Timely and Cost-effective Manner

7. Medical Devices & Pharmaceuticals

3. Simulation projects Completed in a Timely and Cost-effective Manner

8. Electronics

Innovation Through Design Exploration

With STAR-CCM+ You Are Able to Automate The Design Exploration and Optimization Process

Aggressive Development Schedule with Approximately three New Software Version Releases Per year

Our Aggressive Software Development Schedule means that you Will Get an almost immediate CAE Simulation Solutions for your Constantly Evolving and Dynamic Engineering Simulation needs and Technical events encountered
With our Industry leading & Cutting edge Siemens Simcenter Star CCM+ Simulation Platform Solution, you will be able to Expand upon your Engineering Application Scope with our Continuous Addition of Ongoing innovative Technological Advances, New Product Features and Exponential Enhancements to Our CFD Fluid Dynamics software tool.

 

Backed by a Team of Global Product Technical Experts

Whether you are a first-time software user or if you are tackling a difficult challenge outside the usual experience scope that you are familiar with, our Customer service focused organization can genuinely support you through hands-on technical collaboration, seamless technology transfer, onsite projects or customized engineering technology exchanges.
When you Choose Simcenter Star CCM+, you will be able to effectively Maintain Your Highest Consistency in Engineering Output and Productivity with Professional Help from our Team of Dedicated Technical Support Engineer from Siemens Star CCM+

 

Extensive Online Knowledge Database

Expand and Build upon your simulation competence with access to a comprehensive online knowledge library database which is regularly maintained by pro Star CCM+ users in the Steve portal community and our in-house Siemens engineers.

Engineering Challenge of the Future: Innovating Fast

 

Computational Engineering Simulation is the Solution

Computational Engineering Simulation Enables Professional Numerical Simulation Engineers to Project and Virtually See into the Future of Technological Performance Trends.
This allows them to Precisely Predict the Impact and Outcome Consequences of any Technical Engineering Design Modification on the Real World Performance of their Products.

 

Navigating Through the Infinite Tree of Possible Design Modification with CAE Simulation

The Common Technological Challenge of Design Engineers and R&D Managers in the Modern 21st century is to Efficiently and Reliably Navigate Through That Infinite Tree of Possible Design Modifications and Iteration.
The is where a Reliable CAE simulation tools play a central role in helping to accurately predict the Performance impact of each engineering Design change modification & Seamlessly Integrate the design decision making process.
It also helps Engineers to correctly make Critical Engineering Design Decision that Significantly Improves the Product Engineering and at the same time enabling Efficient Identification and Discarding of the Quantitatively Far More Numerous “Wrong Engineering Choices ” that Could Decrease Function Performance.

 

Accurately Forecast Engineering Performance without Prototype Testing

When Deployed Effectively, Simcenter Star CCM+ Fluid Dynamics Software can be Used to Significantly Optimize and Improve Your Engineering Product Design Through A Series of Successive Design Iterations.
Source of Important Technical Data to Steer the Engineering Development Process
Siemens Star CCM+ can also Provide Useful Critical Data Input to Guide the Engineering Design Process From its Earliest Beginning Phase, All the Way Through to Mass Production and Beyond For the Entire Useful Life Cycle of the Engineered Product.
Numerical Engineering Simulation Performed using Fluid Dynamics Simulation Software Provides Technically Comprehensive Predictions that are Significantly More Precise and Less Expensive than Physical Prototype Fabricated for Experimental Testing.

 

Comprehensively Explore Every Design Application Scenarios and Performance Outcomes with Virtual Simulation

In addition, Computational Engineering Simulation carried out using Fluid Flow Simulation Software Gives Design Engineers and R&D Managers the Tremendous Capability to Carefully Consider the Design Performance at “Every Possible Future Case Possibilities and Outcomes” by Conscientiously Exploring the Technical Performance of a Specific Product Design Over to the Full Spectrum of Actual Operating Conditions that it is most Probably going to Face during its entire Operating life duration.
This is in contrast to Traditional Prototype design testing where only a handful of carefully selected Engineering Design input points and Test scenarios are taken into consideration.
Comprehensive Engineering Design Exploration and Testing Eliminates Performance Inefficiencies
By Holistically Taking into Account the Complete Performance of an Advance Engineered Product, rather than Only a Deliberately Selected Pool of Worst-Case Operational Case Scenarios, CAE Simulation Engineers Today can Theoretically Almost Always Discover and Eliminate multiple Performance Inefficiencies.
Eventually, all this Positively results in the delivery of higher Quality, more Reliable and more Innovative Finished products that better fulfill your customer expectations.

 

Meeting Key Engineering Requirements 

During the initial Software Architecture design of the Simcenter Star CCM+ Engineering Simulation Tool, our engineers Pro-actively Explored the various required Essential Features a Flow Analysis Software Application Must possess in order to effectively Satisfy and add Beneficial value to the typical daily Engineering System Design Workflow Process.

The Challenge of Modern Real-World Engineering Development

 

1. Striking a Dedicated Balance Between Overlapping & Conflicting Technical Needs

You Urgently need to carefully account for conflicting engineering challenges and Demands, such as Significantly increasing the Product Quality and improving the range of your product offerings, while simultaneously minimizing both the cost of High Volume manufacturing and speed of the Product’s time to market.
1a. Increasing Usage Sophistication of Today’s Software End User
The Needs of Customers Today are Constantly Evolving, such that they Demand an Intuitive Products that are not only Personalized to their Personal Preference, Customized to meet their Applications, but will Continue to undergo evolution as end Consumer Operate them in daily Operations.
1b. Increasing Governmental Demands for Energy Efficient Products
The government authority and various regulatory bodies are passing and enforcing increasingly strict legislation that requires products sold to be more energetically efficient, more environmentally friendly and safer to end consumers than ever before.

 

2. Rising Global Competition – Importance for Companies to be at the Forefront of the Technological Evolution Curve

Business Commerce activities across all industries are facing fierce intense competition from all facets and Medium, especially in the Modern Age of Global Interconnectedness.
This highly Competitive Global Business Environment is pushing forward a golden age of Technological innovation in which your Newly Launched Products either Need to Evolve Rapidly to Meet the Ever-Rising Demands of the Ever Competitive Global Market, or risk being Taken over by Smarter, Better, Cheaper Alternatives from your competitors.
Technologically Evolve or Stagnate Through Obsolescence
The Fate of most Technology Company is Pretty straight forward and Harsh, either Technologically innovate or Die Through Obsolescence.
As you Innovate New, Improved Commercial Technologies, Your Technical Engineering Product Design Inevitably will undergo Refinement and Evolves Through a Large Quantity of Gradual Yet Steady Design Change Modification and Adaptation.
Reliably Forecast Impact of Engineering Design Change on Product Performance
Even for Seasoned Industry practitioner, there is still an important Need to be able to Reliably Predict how these intended Design Improvements can Positively or Negatively Influence Actual Real-World Practical Functional Performance.

 

Having the Tools and Capability to Virtually Predict the Actual Real-world Engineering Performance of your Company’s Engineered Products is the Main Key to Thriving and Growing in a Competitive Business Environment.
It is literally an innovate or perish competitive business landscape where customers are constantly demanding a Shorter time to Market, Shorter Cycle Time, and increased Frequency of New Product Rollouts.

Simcenter Star CCM+ is the Undisputed Leader in CAE Technology

Independent Testing Organization has completed extensive testing and assessment of the different Commercial engineering simulation products, such as Simcenter Star CCM+, Ansys Fluent, AutoDesk CFD and Solidworks Flow.
At the end of the day, result from such studies shows that we had a clear unanimous winner in all areas of Simulation Solving Efficiency and Flexibility, which is Simcenter STAR-CCM+, due to its new Multiphysics optimization package and the outstanding technical support from Siemens PLM Software.

 

Responsiveness Through Cutting Edge Technology

Solving your Current engineering Challenges is Only half of the Problem. As you Build a Robust and Operationally Efficient Simulation Process, you also need to Make Sure that the Software Tools at the Heart of it Continue to Evolve at the same Pace as the Requirements of Your Client’s Industry.
It is therefore Absolutely Critical that your Daily Workflow Equips you Sufficiently To Handle the Engineering Challenges of Future as well as Today.

 

Modern Software Architecture that is Focused on Object-Oriented Methodology & Rapid Development 

STAR-CCM+ has A long History of Innovative Technological Leadership, Being the Pioneer Mainstream Commercial CFD Simulation Software to Distinctively Incorporate Polyhedral Cell Meshing, Unstructured overset mesh, and Discrete Element Modeling.
Unlike From other Competing CFD Software Engineering Simulation Tools, which are often Developed upon Legacy Software Architecture, STAR-CCM+ was Created from an Absolute Blank sheet of paper and Developed from the Ground Up Utilizing an Object-Oriented Methodology with Rapid development in mind.

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Case Studies – Designed With STAR-CCM+

See How Our Customers Have Been Using STAR-CCM+ To Generate Design Improvements And Stay Ahead Of The Innovation Race

star-ccm_mixer-vessel_mixing-efficiency-simulation 

Optimization of Mixer Mixing Efficiency

STAR-CCM+ Offers automated Engineering Design Exploration and Optimization within the Reach of all CFD Simulation Engineers. Shown here is an Industrial Mixer Design Optimization Study, Beginning/Starting with a Baseline and resulting in a Significantly Improved Prototype Mixer Design (right) with a Four Times Decreased Energy consumption while Maintaining to the Same Blend Time Required.

 

star-ccm_trek-bicycle_optimize-aerodynamics_ride-quality

 

Streamlining of Bicycle Aerodynamics & Ride Quality – Trek Bicycle  

Together with STAR-CCM+ Integrated Multidisciplinary Design Exploration and Scalable Cloud Computing Capabilities, it has Tremendously Boosted Trek Bicycle Corporation R&D’s Ability to Cost-Effectively Optimizes Bicycle Aerodynamics and Overall Rides Experience

star-ccm_Bottero_multiphysics-simulation

 

Boost Manufacturing Efficiency & Product Quality with STAR-CCM+ Multi-physics Capabilities – Bottero SpA

Multi-Physics Simulation Capabilities of Star-CCM+ Enabled BotteroSpA to Accurately Model the Highly Coupled Nature of the Structural & Fluid Dynamics Aspects of the Molten Glass Cooling Process. This Has Helped the Company to Achieve Strength and Quality in the Final Container. All This Is Achieved While Reducing Manufacturing Time and Shorten Manufacturing Time.

star-ccm_high-Lift-wing_unsteady-complex-flow 

STAR-CCM+ CFD Simulation in Aerospace Industry  

STAR CCM+ Has Been Heavily Used in CFD Simulation of Various Aspect of Aircraft Design Performance. Such as
1. Aero-Acoustics Modeling Analysis of Landing Gear Flow Interaction With the Air.
2. Aerodynamics Simulation of a Commercial Airplane’s High-Lift Wing Aerofoil Structure, Which Is Characterized by Highly Turbulent and Complex Air Flow Patterns.
3. Simulation of Aircraft Environmental Control System to Ensure Cabin Passengers Thermal Comfort.

Aggressive Software Development Schedule that Delivers to Your Perpetually Evolving CAE Simulation Needs

Consequently, STAR-CCM+ is not only the Simulation Industry’s technology-leading Multiphysics CFD software, but it also has the most Aggressive Software Development Schedule in the Industry, with Three Major Software Update Releases in Every Single Year.
This Allows Star CCM+ to Perpetually Deliver Cutting Edge Innovations to Widen your Engineering Application Scope and Effectively Respond to your Continuously Evolving Simulation Needs and Challenges.
With three version releases each and every year, STAR-CCM+ delivers new technologies and enhancements requested by client faster, delivering innovative simulation capabilities such as the electronics PCB Thermal cooling module to the R&D engineering market.

 

We Listen to Our Customers  Through the ‘IdeaStorm innovation’ Forum Platform

As a Valued User of Our Simulation Software Tool, You Will Also have the Unique Capability to Influence and Steer the Development of Future features in STAR-CCM+ Software Solutions through our ‘IdeaStorm innovation’ forum platform, which Allows You to Directly Submit, Vote and give Comment on Fresh Product Development Ideas.

Success through Dedicated Customer support

A Sad Truth about Today’s Contemporary Engineering is that there Really are no Easy Challenges left to Overcome.
In order to fulfill the demands of industry, it is no longer sufficient enough to only consider single Static Engineering Arenas such as CFD or stress-analysis.
In order to design truly innovative Viable Products, engineers are often pushing back the boundaries of what is physically feasible.
This is something that can be challenging to achieve in isolation, and often requires technical competencies outside a person’s area of technical expertise.

 

Dedicated Technical Support

The Dedicated Support Engineer model helped Engineering Companies who have Chosen Simcenter Star CCM+ to be immediately productive with STAR-CCM+, Releasing Precious Engineering Hours to Channel To Delivering innovative Engineering Product Design to market.
The Support from the Support Engineers at Siemens PLM has been a great welcome to many of our customers.
This is because for them it is really convenient to be able to Simply Call up a Technical Expert and have your question answered.
We Really Make our customer our first Priority and is dedicated to helping you Succeed.

 

We Help to Keep Your Business At the Forefront of Intense Global Competition

In order to be successful, your engineers should have ready access to a team of simulation experts and tailored client support. Choosing to become a STAR-CCM+ user means more than buying world-class software;
it opens the door to an unrivaled collection of engineering expertise. Our technological solutions are backed by an international team of engineering simulation specialists, dedicated to helping you solve the challenges of your industry and exceed the project expectations of your market.
Each of our customers is assigned a Dedicated Support Engineer, whose ultimate goal is to proactively help you succeed. He or she will do this by fostering a relationship with your engineers, understanding your business goals and challenges, and providing guidance suited for your specific situation.
Through maintaining a continuous 2-way dialogue with our customers, we aim to detect problems before they happen and to offer immediate resolutions when they do.
We can put you in contact with an appropriate local technical expert quickly, to help you create top-quality engineering analysis on schedule, all the time.
STAR-CCM+ technical support engineers are able to help you rectify more than just technical issues, they help to keep your business in front of the competition.
Dedicated Support Engineers and their knowledge are critical for customers to successfully utilize simulation in new, emerging, and Technologically intensive applications like Aerospace, Automotive, and life sciences

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Star CCM+ Licensing Option 

Enjoy Development Efficiency Through High-Performance Computing (HPC)

STAR-CCM+ makes HPC-Powered Simulation and Design Exploration Studies Feasible and Highly Affordable With 3 Unique Power Licensing Options:

star-ccm+_license_flexible-licensing-schemes

Simulation as The Solution to Drive Engineering Innovation and Stay Relevant in the Market Place

To keep a competitive edge in today’s Crowded international market, Technology companies must integrate engineering design exploration with CAE simulation in order to drive technical innovation in their organization and Stay Relevant.

 

Current Attitudes Towards the Use of Engineering Simulation in the Industry

1. Reactive and Passive use of Engineering Simulation Late in the Engineering Development Process

Despite recent technological developments, many engineering companies are still deploying simulation in a purely Passive, Reactive manner to validate or troubleshoot engineering designs late in the product engineering process.

 

2. Proactive & Strategic use of CAE Simulation to Steer Engineering Design Early in the Development Process

In contrast, More technically advanced and Far-Sighted companies are investing in using CAE simulation in a highly predictive way to study performance early in place of traditional physical prototype testing.
Although there is significant value here, such as in areas of reducing both engineering development man-hours and Upfront Development cost, to harness the full advantage of engineering simulation, you need to take the next step and implement the Engineering Insights gained from Engineering Simulation to steer your product design process.

 

Engineering Simulation as a Predictive Tool to Predict Performance Impact of Specific Design Modifications

When Used properly, engineering simulation application solution allows you to literally see into the future, predicting the precise effect of a specific design change on your product’s performance behavior.
Beyond that, it offers you the advantageous opportunity to glimpse at “all possible futures,” and exploring how your product performs and operates over the full range of physical operating conditions of its working life.
In addition to that, Engineering Simulation allows you to deploy intelligent design optimization to discover better design possibilities.

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Case Studies – Designed With STAR-CCM+

See How Our Customers Have Been Using STAR-CCM+ To Generate Design Improvements And Stay Ahead Of The Innovation Race

1. Powerful Simulation Software Tools

1. Comprehensive Set of Integrated Disciplines & Physics

6. Full Knowledge Transfer

2. Integrated, Intelligent Design Exploration

3. Simulation projects Completed in a Timely and Cost-effective Manner

3. Re-Playable Pipelined Workflow to Reduce Engineering Time Needed

5. Affordable

4. Parallel Computing & Innovative Licensing

4. Proven Track Record

5. Single End-to-End Solving Environment

2. Simulation Consultants with Extensive Research & Professional Experience

6. Backed by Dedicated Technical Support

Automated Design Exploration with Star CCM+ Design Manager

STAR-CCM+ brings a truly automated design exploration and optimization within the reach of all simulation engineers with Design Manager, ensuring that single narrowly isolated standalone case of engineering simulations are a thing of the past.
The Design Manager Feature leverages on the all-in-one Siemens Simcenter platform, Automated meshing, Pipelined workflow process, and precise physics to effectively overcome the Technical workflow complexities that have historically always prevented engineers from using CFD simulation in this way.
As a result, this allows end users to set up and automatically evaluate the collection of designs directly from within the Simcenter STAR-CCM+ platform.
This includes useful functions such as
1. The management of the Engineering development process
2. Documentation of the Engineering performance evaluation

 

Automatic Multi-Objective Engineering Design Exploration With Star CCM+ HEEDS

Users of Simcenter Star CCM+ can take it one step further and perform Both single and multi-objective Design optimization analysis to intelligently search the design library using the same time-tested and proven technology found in Star CCM+ HEEDS MDO.
It also provides precise surgical stochastic analysis to assist engineers to determine the sensitivity of their engineering simulation predictions to minute changes in input parameters, such as manufacturing dimension tolerances or fluctuations changes in boundary condition values.

 

Achieve Engineering Innovation through Simulation Driven Design Exploration

Design exploration with STAR-CCM+ has helped Automotive Companies to search for and find the best optimal Engineering compromise between Optimizing the aerodynamics and hydrodynamic performance of various Automotive vehicles and Marine Vessels such as a yacht.

Efficiency Through High-Performance Computing (HPC)

Used effectively, engineering simulation consistently delivers a high average return on investment (ROI). However, traditional Licensing Package Schemes make the Transition from an Experimentalist’s Mindset of “testing just a few Selected Design Points” to “investigating the whole design space” Prohibitively Costly.

Charging Base on Per Core Vs Charging Base on Per Simulation

This is because Most Simulation Software Companies Revolve their Licensing Model around the Obsolete and Fundamentally Flawed Paradigm of “the More you Consume, the More You Lose,” charging you per core instead of per simulation.
When analysis software is licensed on a per-core basis, you can sometimes end up with computational resources that are underutilized, restricting your engineering ambitions.
Or you might find that your ambitions for design exploration are foiled by having insufficient licenses to simulate multiple design variations of your product.

 

Parallel Scalability & Robust Computational Performance

Since its early creation, CFD STAR-CCM+ has been carefully developed with parallel scalability in mind, and stress tested to exceeding 100,000 computational cores, ensuring that when such Processor computational power becomes the accepted Gold standard, the code is ready to utilize these resources.

 

Licensing Options that is Flexible, Affordable and Configurable

STAR-CCM+ offers a whole range of affordable and configurable licensing options to satisfy your project simulation needs and throughput requirements. No matter the size or placement of your computer resources, our power licensing model is designed to make sure that you can maximize the value of your hardware and fully leverage your financial investment in our advanced simulation technologies.
This Licensing flexibility of Simcenter allows Companies and Corporation to cost-effectively and quickly optimize aerodynamics performance, user Experience and Build quality of their Products.
STAR-CCM+ makes HPC-powered simulations and design exploration studies possible and affordable with three unique power licensing options

 

1. Power session:
Helps you reduce turnaround time by enabling you to run simulations on as many computational processors as needed for a fixed price E

 

2. Power-on-demand:
Star CCM+ Power On Demand Online Cloud Base HPC Simulation Platform Allows you to only pay for what you use, offering you agility for constantly evolving technical requirements and ideal for cloud computing
For many of our Clients in the Industry, Being able to use the SImcenter Star CCM+ Power-on-demand licensing scheme and run simulations on an online cloud has been a tremendous help for us in terms of Boosting our Engineering Development productivity and Output.

 

3. Power tokens:
Gives you complete flexibility for technical design evaluation studies by enabling you to simulate any number of design variants simultaneously, each on as many processor cores as needed. You can also choose a fully customized input setting with a unique sequence of power licensing ingredients that fulfill your specific simulation and throughput requirements.

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Application of Simcenter Star CCM+ Software | Case Studies

 

1. Aerospace Industry

Aircraft Wing Aerodynamics
Siemens Star CCM+ HEEDS is popularly used to Optimize New Prototype Aerofoil Design of High-Lift Wing by performing Extremely Detailed and Precise Computational Continuum Mechanics Simulation of the Highly Unsteady and Complex Fluid Flow. Such simulation is often performed in the design of Commercial Passenger Airliners and Electric propulsion aircraft.
Passenger Thermal & Ergonomic Comfort
The Star CCM+ Simulation Software is also used to Simulate the Flow behaviors within Environmental Control Systems so as to Optimize Passenger’s Thermal Comfort & Ergonomic Comfort within Aircraft Cabin during Flight.

 

2. Energy Industry

Unsteady Numerical Simulation of a Large Scale Industrial Wind Turbine Structures can be performed using Simcenter STAR-CCM+ Optimate in order to Assess the Aerodynamic Performance Efficiency and Boost its Energy Production Output Capacity.
In TurboMachinery applications, Conjugate Thermal heat transfer analysis is often performed using Simcenter Star CCM+ to Maximize cooling efficiency of a gas turbine.

 

3. Automotive Industry

In the Automotive Design industry, the Star-CCM+ CFD Software is used in conjunction with Star CCM+ VR to Perform Unsteady Computational Fluid Dynamic Simulation of an Automotive Vehicle in order to Accurately Visualize, View and Understand the Streamlined Aerodynamic Characteristics During the actual Operation.
For example, in the case of Public Transportation, Aerodynamic analysis of the new transport bus in London was performed with STAR-CCM+.

 

4. Oil & Gas Industry

Siemens Star CCM+ is used by Engineers and Designers in the Oil & Gas industry to Perform Simulation of Gas Fume and Smoke Dispersion Patterns to Perform Investigation Analysis on the Workplace Safety of Offshore Oil Rig and Various Sea Floating Platform.
Other Application of STAR CCM+ in Oil & Gas Industry includes the simulation of Fluid and particle flow to maximize separation efficiency of a cyclone separator

 

5. Manufacturing Industry

With the Robust Multiphysics Engineering Simulation Features & Capabilities of Simcenter STAR-CCM+, Manufacturing Intensive Companies are able to Boost their operational efficiency in every aspect, such as
1. Compressed Manufacturing Time Required
2. Lower Raw Material Consumption by 20 %
3. Create Products which are Structurally Optimized to be Stronger Lighter, Yet Lighter in Weight

 

Glassware Molding and Fabrication
The Overall Complex Structural and Fluid Flow Interaction Dynamics Aspect of the Thermal Heat Cooling of Hot Molten Glass has a Very Complicated Physics. This is because the Material Phase Transformations by its Very Nature is Inherently Coupled and Cannot Simply be Segregated.
Thoroughly Understanding the Actual Thermal Behavior of the Molten Glass is By Far the Most Critical Physical Factor in Ensuring the Structural Strength and Built Quality of the Final Container.
Multiphysics Computational Simulation Using a Mainstream Commercial Software and Engineering Simulation Tool Such as STAR-CCM+ is Pretty Much the Sole Reliable Way that We can Attain That.

 

6. Marine Industry

 

Minimizing Cavitation of Marine Vessel Propeller
Simcenter Star CCM is used for Transient thermal simulation of the self-propulsion of a bulk carrier using the tip modified Marine Propeller.

 

Enhancing Hydrodynamic Performance of Marine vessels 
STAR-CCM+ the Hydrodynamic Performance of Marine Vessel Design

Call Us for a Free Consultation

Discover what a CFD-Focused Multiphysics Simulation Tool like SImcenter Star CCM+ can do for your company by calling us today at +6581822236 for a no obligation discussion of your Engineering Simulation needs.
If you have any questions or queries, our knowledgeable and friendly technical staff will be happy to answer any of your queries and assist to understand more about your needs and requirements

Alternatively, for a quick quote request for your specific Star CCM+ CFD Software Package needed, simply email us your detailed requirements to sales@star-ccm.com

Contact Info

✉   info(at)broadtechengineering.com
 
☎   (+65) 81822236
 
22 Sin Ming Lane, Midview City
Singapore 573960 

Our Partners

Siemens PLM Partner_BroadTech

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Consulting

Over the years, BroadTech Engineering has Set Itself Apart By Striving To Exceed Client Expectations In Terms of Accuracy, Timeliness and Knowledge Transfer. Our Process is Both Cost-Effective and Collaborative, Ensuring That We Solve Our Clients Problems.

  1. FEA Consulting
  2. CFD Consulting
  3. Electronic Design Consulting
  4. Semiconductor Design Consulting

Software

At BroadTech Engineering, we are seasoned experts in Star CCM+ and ProPlus Software in our daily work.
We can help walk you through the software acquisition process, installation, and technical support.

  1. Siemens Star CCM+
  2. Proplus Solutions SPICE Simulator
  3. Proplus Solutions DFY Platform
  4. Proplus Solutions High-Capacity Waveform Viewer

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Discuss With Us Your Project!