Why Star-CCM+ ?
Don’t Just Simulate, Innovate!
Star CCM+ Optimate
Simcenter Star CCM+ Optimate Provides Accurate and efficient Multidisciplinary simulation Functions Without Physical Prototypes Fabrication
Today, Star CCM+ Optimate is used by established engineering Research design teams, partner consultancies and Technical Computer-aided Engineering Simulation Specialist in Singapore and all over the world.
In many ways, they are in fact depending totally on simulations performed by Siemens STAR-CCM+ Fluid Simulation software tool, mesh solver, pre-processing and post-processing tools to design and validate their entire system.
STAR-CCM+ Optimate helps to facilitate the building of consistent, repeatable simulations that refines as your product does, automatically updating the simulation pipeline to reflect changes in the engineering design:
• Create and change computer-aided design (CAD) models of your shape geometry using a totally parametric 3D feature-based modeler, which can be easily visualized in a total 3D immersive environment using STAR CCM+ VR.
• Create a bidirectional link between STAR-CCM+ Software and product lifecycle management (PLM) software solution so that shape geometry updates are automatically represented in your Engineering Simulation.
• Re-constructive and defeature imported source CAD geometry using industry-leading surface wrapping and repair tools, automatically creating a closed surface in as much physical detail as needed to ensure the reliability of your simulation data.
• Automatically construct a computational mesh on your shape geometry, no matter how complex, using polyhedral or trimmed hexahedral cells.
• Star CCM+ CFD Software helps to Robustly render layers of prismatic cells that allow you to precisely capture boundary layers.
• Substitute components of your engineering design as it grows and evolves.
• Deploy industry best practices with engineering simulation tools such as the Simcenter Star CCM+ Simulation Assistant that guarantee result consistency between simulations, and eliminate analyst-to-analyst variation.
About Siemens Simcenter STAR CCM+ Fluid Dynamics Simulation Capabilities
Computational fluid dynamics, CFD Software Packages, is a Fluid Flow Simulation Software program tool used for analyzing complex thermal and fluid phenomena.
The computational fluid dynamics (CFD) simulation capability in Siemens Simcenter STAR CCM+ Power on Demand offers an extremely efficient and accurate set of fluid Flow dynamics simulation models and Data analytics Driven solvers with excellent Online Cloud-based HPC parallel performance and Power on Demand scalability.
Simcenter MDX platform provides a Firm technical foundation for Truly multidisciplinary design exploration experience.
Siemens Simcenter STAR CCM+ is one of the industries leading CFD Software Companies that offers the Advanced Computational Fluid Dynamics Software Application that allows you to get to accurately simulate practically any engineering application Projects or challenge events that involve the Testing fluid flow, interacting physical structures and all of the associated physics.
Simcenter STAR CCM+ is a CFD Fluid Dynamics Software solution that helps you to Reduce any Numerical approximation and increase the precision of your Dynamic Virtual engineering simulation by carefully accounting for all of the actual physics that affect the real-world performance Characteristics of your product.
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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
Innovation Through Design Exploration
With STAR-CCM+ You Are Able to Automate The Design Exploration and Optimization Process
CFD-Focused Multiphysics Model & Numerical Simulation using Siemens Star CCM+ Optimate is the Solution
Computational Engineering Simulation Allows Professional Computational Simulation Engineers to Extrapolate and literally Peek into the Future of Technical Performance, Accurately Simulating the Outcome Result of any Technical Engineering Design Change on the Real World Operation of their Products.
1. Accurately Predict Engineering Performance without Prototype Testing
If Deployed Correctly, Simcenter CD Adapco STAR-CCM+ can be Used to Drastically Advance Your Engineering Product Design Via A Series of Multiple Iterations, Offering Important Data Input to Steer the Engineering Design Calculation From its First Beginning Stages, All the Way Through to Final Production and Beyond For the Whole Useful Life of the Engineered Product.
Computational Engineering Simulation Offers Technically Detailed Forecast that is Drastically More Accurate and Less Costly than Experimental Testing Physical Prototype Builds.
1a. Physical Prototype Testing Is Becoming Obsolete
Some of the Most advanced industrial engineering systems these days are solely relying on the Latest CFD simulation software created by CFD Software Companies such as Siemens CD Adapco and Ansys for a majority of their Engineering Design Validation.
As a matter of fact, most technology-centric organization and businesses these days no longer construct any physical prototypes apart from the functional model of the finalized detailed 3D CAD design.
1b. Fabrication of Actual physical Prototype variants can be a very costly affair
Just to illustrate, if we can avoid a physical prototype fabrication for an actual physical destructive or fatigue testing, the state of the art Siemens Star CCM+ HPC and it’s Fluid Dynamics Simulation Software and CFD Meshing Software application has more than paid for itself in terms of return on investment.
2. Explore Every Design Performance Outcomes and Scenarios
Beyond that, Numerical Engineering Simulation Offers Design Engineers the Unparalleled Opportunity to Intricately Glimpse at “All Possible Future Case Scenarios and Outcomes” by Carefully Analyzing the Engineering Performance of a Specific Product Design Subjected to the Full Range of Actual Operating Conditions that it is most Likely to Encounter in its Working life duration, instead of just at a Handful of carefully chosen Engineering Design input parameters.
Virtual Simulation Makes a Truly Holistic Engineering Possible
By Comprehensively Taking into Considering the Entire Performance of a Precision Engineered Product, Instead Of Only an Intentionally handful Pool of Worst-Case Operational Situation Cases, Simulation Practitioners can Today Theoretically Almost 100% Uncover and Eliminate a multitude of Operational Inefficiencies.
Ultimately, all this leads to in the delivery of higher Durable, Reliable and more Cutting Edge products that better fulfill your customer expectations. However, not all engineering simulation tools are created equally.
3. Achieve Duplicatable, Consistent Simulation Results Faster
The fully automated simulation computation process in Simcenter STAR CCM+ helps predict the whole product behavior in a compressed time frame with consistent, repeatable simulations results.
In key industries like the automotive industry, automated full vehicle simulations shorten product engineering time and cost.
4. Automated Engineering Design Optimization & Exploration that is Easily Achievable
STAR-CCM+ HEEDS brings a totally automated design exploration and optimization within the reach of all simulation engineers. Illustrated here is a mixer design study beginning with a baseline (left) and resulting in an improved design (right) with a fourfold reduction in power consumption while maintaining blend time. The final prototype is pictured above.
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A True Multidisciplinary Platform
Find Out How STAR-CCCM+ Provides For All Your Simulation Needs.
Fluid Dynamics
Multiphase Flows
Particle Flows
Reacting Flows
Aero-acoustics
Solid Mechanics
Heat Transfer
Electro-Magnetics
Electro-Chemistry
Rheology
Importance of Methodically Navigating through the Different Design Choices with Star CCM+ Optimate
Often Times this is the commonly encountered Operational Challenge of Engineering Simulation: to Carefully Navigate through that Seemingly Endless Tree of potential design Innovation, making those Engineering Design Decision that Significantly Boost the product performance (towards some final Functional Goal), and effectively rejecting the far more numerous “wrong engineering choices” that would make its performance worse.
Traditionally, those Predictions Came from Hand Calculations or from the Conventional Experimental Testing of Physical Prototypes. Although these methodologies Delivered Some of the Greatest technological Advances of the Today’s Modernized Interconnected World, they Sadly have some Deep Rooted Shortcomings Due to it’s Highly Manual And Physical Nature.
The Disadvantage of Conventional Physical Prototyping Testing:
1. Oversimplification
Conventional Engineering Prototype testing approaches rely heavily on a large degree of simplification as the engineer is forced to simplify the real-world problem scenario into a format that can easily be formulated, recreated or tested.
2. Prohibitive Cost
The high cost of physical testing constraints its feasible deployment to only a highly low number of deliberately chosen “design points” that are not necessarily representative of the full range of operating scenarios that the product will experience during its functional lifetime.
3. Late Incorporation of Prototype Testing
Experimental prototyping and testing is usually very time-consuming and therefore often deployed late in the design process often only as a confirmation of the final design.
CFD Hydrodynamic & Aerodynamic Engineering Challenge of Today’s Commercial Engineering Development
As a Professional CFD fluid dynamics Simulation Engineer, it is Crucial that you are able to use Commercial CFD Software such as CFD Star CCM+ Flow Analysis Software as part of your critical computer hardware resources to precisely predict and support the real result of engineering part design changes on the real-world functional performance of the products created by your company.
Over time this Online scalable cloud-based CFD simulation computing of the Star CCM+ Optimate solution can help engineering development team in the industry to improve and pick up functional failure sign early to prevent catastrophic service failure due to specific engineering design change.
To be operationally effective, these functional projections must be reliably delivered often by the Star CCM+ Software throughout the engineering development process flow, offering a steady news stream of reliable data events that steer the refinement of your product design work, such as in the automotive industry.
1. Striking a Balance Between Conflicting Engineering Requirements
You Seriously need to precisely account consider overlapping technical feats, for example improving the Quality and increasing the offering of your product range, while concurrently reducing both their cost of manufacturing and time to market.
2. Rising Operations Sophistication of Today’s Software End User
Your clients are Continuously Demanding Smart Products that are not only Customized to fulfill their Current Needs but will Proceed to undergo evolve as end User Use them in day to day Usage.
Increasing Governmental Demands for Energy Efficient Products
The government authority and other regulatory bodies are passing progressively stringent policies that demand your products sold to be more energy saving, more environmentally friendly and safer than ever before.
3. Importance of Keeping Abreast of the Technological Innovation Curve
Rising Competition
Your business Commercial Operations is encountering tough competition from every quarter and Medium, especially in the Modern Era of Globalization.
This Extremely fast pace Globalised Business Landscape is driving a Renaissance of Technological Evolution in which your Sold Products either Have to Adapt Quickly to Fulfill the Ever Increasing Demands of the Ever Competitive Internal Market, or are Replaced by Smarter, Superior, Cost-efficient Alternatives from your competitors.
Technologically Innovate or Die Through Obsolescence
The Choice is Quite simple, either Technologically evolve or Stagnate Through Obsolescence.
As you Improve New, Innovate Commercial Products, Your Technical Engineering System Design Unavoidably Improves Through a Huge Number of Steady Yet incremental Improvements and Adaptation.
You as a Seasoned Industry player Have to be able to Systematically Foresee how these desired Improvements Affect Real World Actual Performance, for better or for worse.
Engineering Challenge of the 21st Century: Innovating Fast
This is the Unavoidable Technical Challenge of Design Engineers and R&D Managers in the Current 21st today: to Effectively and Reliably Navigate Through That Infinite Permutation of Potential Design Changes Iteration & Seamlessly Combination, Causing those Important Engineering Design Choices that Drastically Improve the Product Engineering and Rejecting the Significantly More Frequent “Wrong Engineering Decision” that Would Make it Perform Worse.
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A Simulation Solution That Span All Industries
Learn How MDX Solves the Toughest Problems In Various Industries
1. Aerospace & Defense
2. Automotive
3. Marine
4. Oil & Gas
5. Chemical & Process
6. Energy
7. Medical Devices & Pharmaceuticals
8. Electronics
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
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.
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
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+ 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.
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+ for Students
Star CCM+ Academic License
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. Comprehensive Set of Integrated Disciplines & Physics
2. Integrated, Intelligent Design Exploration
3. Re-Playable Pipelined Workflow to Reduce Engineering Time Needed
4. Parallel Computing & Innovative Licensing
5. Single End-to-End Solving Environment
6. Backed by Dedicated Technical Support
Applications of Simcenter Star CCM+CFD Simulations in Various Engineering Areas
CFD Fluid Dynamics Simulation uses computationally powerful work computer CPU and applied Mathematical equations to model the fluid flow behavior of various situations.
The state of success is Highly dependent on how well the results data of the numerical CFD simulation agree with the real actual experiment in scenarios where careful Lab testing experiments can be established, and how well the CFD simulations can predict highly complex phenomena that cannot be isolated in the Test laboratory.
As a result, CFD has become an extremely inseparable part of the present day’s engineering design and analysis environment of many established engineering companies because of its capability to Precisely predict the functional performance of new innovative designs or processes way before they are ever manufactured or implemented.
Many useful areas of commercial CFD applications often featured in the News includes optimizing building Architecture design, Simulation of chemical reaction processes during Food Manufacturing and Industrial process engineering, PCB electronics Circuit Components and HPC Cloud computer, HVAC (Heat, Ventilation & cooling), petroleum processing industrial processes, Commerical Passenger Train design, Industrial Turbomachinery etc.
1. Computational Fluid Dynamics CFD Simulation of Green Building Layout Design
In view of the recent Governmental attention on fighting Global Warming and Minimizing Green House Gases emissions, the Singapore Building Construction Authority (BCA), has introduced the Free Green Mark Scheme Initiative to encourage Architects and Building Developers to comply with Building Design standards to create a Built Environment that is more environmentally sustainable & Energy Optimized.
Some of the key requirement and List of Engineering Method Approaches listed in the Green Mark Building Design Standard encompasses things such as
This involves usage of CFD Meshing Software and Fluid Dynamics Simulation Software products (such as STAR CCM+ NX computation software) to execute the Performing of Complex Computational Fluid Dynamics (CFD) Flow Dynamics Modeling, Dynamic Search Analysis and CFD simulation on the Air Fluid Flow Dynamics of 4 key distinct Design Aspects, namely,
1. Building Ventilation simulation (Natural and Forced)
2. Thermal Comfort Simulation Indoor Ambient Environment
3. Indoor Air Quality Simulation (IAQ)
4. Wind-driven rain
Structural Design Endorsement By Professional Engineer (PE)
In the Building & Structural Construction Industries, An official sign off endorsement, and professional Engineering Consulting by a PE (Professional Engineer (B.Eng)) is usually required for a Building Engineering development project work to be officially endorsed and verified all aspects of the Engineering Work is carried out correctly.
This endorsement also encompasses using construction material from Related manufacturing companies that is approved.
2. Electronic Component Thermal Management Design
Siemens CD Adapco Star CCM+ 3D Fluid Simulation Software Helps High Tech company and Mechanical Technology design engineers to address electronics thermal Cooling performance Efficiency difficulties by predicting Air flow Mechanics behaviors and Thermal heat transfer efficiency at the
1. Electrical component-level
2. PCB board-level
3. Cabinet enclosure level.
Based on the Fluid Flow Dynamics CFD solver, the latest version of the Siemens Simcenter STAR CCM+ software release is able to integrate advanced solver technology with reliable Adaptive meshing options specially designed to provide Quick and accurate thermal heat flow pattern results for engineering applications involving Optimization of electronics thermal cooling efficiency
3. Rotating Mechanical Engineering Design
Star CCM+ software Tool is a highly specialized, easy-to-use Engineering Simulation Software for the quick 3-D engineering design of Rotating Mechanical machinery components.
This, for example, encompasses the use of Water simulation software to check design performance of Engineering equipment such as Fluid pumps, refrigeration compressors, HVAC circulation fans, Air blowers, turbines, expanders, internal combustion engine turbochargers, and inducers.
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Related Success Case Studies
1. Star CCM+ Simulation Improves Passive Air Ventilation Efficiency at Grand Central Terminal
2. Fluid Flow Mechanics Modeling Analysis Helps Fan Engineering Company Save $150,000 in Prototyping Fabrication & Prototype Testing Expense for All the New Designs Variants Created.
3. Optimizing Power Electronics Thermal Management
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) 818 22236
22 Sin Ming Lane, Midview City, Singapore 573969
Our Partners
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.
- FEA Consulting
- CFD Consulting
- Electronic Design Consulting
- 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.
- Siemens Star CCM+
- Femap (FEA)
- HEEDS Design Optimization
- Solid Edge (CAD)
- Proplus Solutions SPICE Simulator
- Proplus Solutions DFY Platform
- Proplus Solutions High-Capacity Waveform Viewer