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CFD Fluid Dynamics Software
Computational Fluid Dynamics (CFD) Software – STAR CCM+
CFD Fluid Dynamics Software is popularly used in Singapore by Product design Engineers in R&D Development Centers to Maximize Hydrodynamic & Aerodynamic Efficiency of Product Engineering Designs.
To optimize and Support the Operational efficiency of various physical aspects of a new products and Industrial processes, such as Fuel Energy efficiency, Aerodynamic & Aero Acoustic Efficiency of Various Version of new Product Design Form Factor, Hydrodynamic Efficiency of Specific Product part and components, Having to use the Analysis Services of a CFD Fluid Dynamics Software such as Siemens Star CCM+ to try and accurately Manage, predict and control fluid flow Mechanics and behavior is extremely critical and Advantageous.
1. Simulation Driven Engineering Design Exploration
Simcenter STAR CCM+ CFD computational fluid dynamics Software solutions give you, the End User Absolute full confidence in Obtaining the optimal Engineering performance of your New Engineering Design even before you Fabricate your very first Physical Test prototype base on the main 3D CAD Solid Model created.
With the New Siemens Simcenter STAR CCM+ CFD software applications, Engineer like you can use the Star CCM+ HEEDS optimization solution to Manage, reliably model, simulate and Optimize Virtually all fluid Flow processes.
In addition, Complex Dynamic fluid-structure (FSI) and multiphysics interactions can be Analyze and Visualized in a Highly realistic and High-Quality Immersive Virtual Lab Environment using the Star CCM+ VR.
Those engineering Challenges are solved using multiple integrated numerical solvers and technologies which are Included in the Simcenter STAR CCM+ NX Flow Analysis Software Numerical simulations.
The Flow Analysis software, which the CFD simulation analysis is conducted using one of the Best key elements in generating a Long term sustainable Engineering development process and Keep costs low, as the number of physical prototypes and Testing equipment Needed can be reduced Significantly.
2. Highly Scalable & Efficient Parallel Simulation Processing
You’ll be Glad to Learn that the Highly Scalable HPC cloud-based Star CCM+ Power On Demand feature of the New Siemens Simcenter CFD Simulation Software allows the Concurrent parallel processing of the Solvers in multiple CPU processor cores to Manage and Efficiently Optimize the use of your existing computational Hardware system & Resources.
This Cloud base feature of Simcenter STAR CCM+ Software is a result of the Years of Free technological innovation and research effort invested by Siemens and CD Adapco, ANSYS Fluent, Autodesk, Simscale which are some of the world’s Leading CFD Software Companies.
3. HPC High-Performance Computing – Fluid Simulation
Solve large-scale, complex Mechanical CFD Fluid Flow models more quickly and Affordably with the Online Cloud-based Simcenter STAR CCM+ Power On Demand simulation platform, which can perform Computationally Powerful High-Performance Computer (HPC) parallel processing.
Similar to Simscale, STAR CCM+ HPC operates its processing at 80% efficiency with just 5,000 cells per CPU core, Offering superior Accuracy, Affordable process scalability and relatively Low demand on computational resource.
4. Open Source CFD Solvers
There are several Commercial CFD software solutions out there in the CAE Market which requires a Paid Software distribution license. However, if budget is a constraint for your Company or your Customer, you will be pleased to know that there are also many reputable independent open source CFD source code development projects which are also on par with other Commercial CAE tools in terms of New Features and Simulation capabilities found in their latest Software Version Releases.
One of the most Famous and Frequently used open-source Simulation Project solvers for CFD Fluid Dynamics simulation is OpenFOAM, which is Freely available for the CFD community to download from the online website Library portal.
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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
Different Applications of CFD Computational Fluid Simulation Types
Computational Fluid Dynamics CFD Software Packages tools types and specialization diversify in accordance with mathematical models, numerical methods, computational processing Hardware, pre-processing and post-processing facilities used.
As an Actual physical phenomenon could be modeled with completely different mathematical approaches, it would also be integrated with Dissimilar numerical methods simultaneously.
Thus, a conscious rapprochement is the Critical factor on the Engineering development path to developing a Robust and Highly Use Friendly CFD Meshing Software tools.
1. Incompressible and Compressible flow
If Fluid compressibility becomes a non-negligible Physics factor, this type of CFD Simulation Modeling can help you to find a range of solutions in a Highly robust and Surgical Approach.
One example, For Instance, would be a Large Eddy Simulation Modeling of Fluid flow Characteristics around a Cylindrical shape geometry.
2. Laminar and Turbulent Fluid Flow
Various Different Fluid turbulence models Perform a Unique Job Function in this type of CFD Simulation analysis. Massive Amount of Computational power & CPU Processing Resource is Needed to Effectively solve unsteady Turbulent simulations and its Highly complex numerical models.
Often the difficulty of turbulence Simulation is the time-dependent Modeling of Incremental physical changes over a time domain.
The entire domain where the CFD Fluid Flow simulation Occurs Required to be recalculated after every preconfigured time step.
eg. Simulation analysis of a ball valve is one possible Actual Engineering Design application of an unsteady Turbulent Fluid flow Simulation analysis.
3. Free Surface Flows (Multiphase) Simulation
Swiftly and Precisely model transient and steady Flow phenomena involving immiscible fluids such as air (Gaseous) and water (Liquid) with Siemens STAR CCM+ CFD Fluid Dynamics Simulation Software. Simulate Fluid sloshing, phase changes, hydrodynamics, Maritime application wave loading, or liquid flows and Thermal Heating.
4. Dispersed Multiphase Flow Simulation
Use CFD Fluid Dynamics Software to precisely pick up sign indicator of erosion and Anticipate Material erosion rates in New Large Scale Flow distribution pipes and Computationally simulate complex Fluid Flow phenomena such as Slurries, Bubbly flows, and Fluidized beds.
Optimize your Engineering System Technical design Performance for your Particle transport systems or air bubble injection systems with STAR CCM+ CFD Simulation software Application.
5. Mass and Thermal Transport Simulation
Examples of Physical Mass transport simulations include smoke Fume propagation, passive scalar transport or gas distributions.
To Effectively solve these kinds of Numerical simulations, OpenFOAM solvers can also are used.
Thermal Heat exchanger simulations are one possible application.
6. Single Phase, Non-Reacting Flows
Fluid flow Dynamic simulations Require comprehensive, accurate turbulent Fluid flow Physics models.
Choose Siemens Simcenter STAR CCM+ CFD software solutions created by Siemens CD Adapco for any application, including steady-state and advanced scale-resolving models.
7. Reacting Flows And Combustion
Optimize product Operational performance, Attain Optimal Fuel Consumption efficiency, and design faster Solving process with STAR CCM+ CFD software’s detailed, Highly intuitive fuel Combustion models and Industry best-practice methodologies.
Achieve your Critical Engineering Objectively cost-effectively without increasing solution Processing times required.
8. Particle Flows Simulation
Adopt Simcenter STAR CCM+ computational CFD fluid dynamics software to solve an Entire range of fluids particulate systems, from dilute to frictional flows.
Seasoned Engineering Professionals who have focused on particle flow simulation for Years choose Commercial CFD Software STAR CCM+ because it Offers a Wide range of validated, proven physics,
9. Turbomachinery
STAR CCM+ turbomachinery simulation Software products are Capable of Solving for you any Mechanical Turbomachinery Design challenge, This includes Radial and axial compressors, turbines, Engine turbochargers, and many others.
Design Engineers can now Pro-actively predict particle erosion and design More Robust centrifugal compressors, Industrial Steam turbines, hydro turbines, and pumps.
10. Shape Geometry Optimization
Use Intelligent CFD Fluid Simulation Software technologies to optimize shape Geometry Form Factor of your 3D CAD with STAR CCM+ Optimate application couple with its CFD Software Solutions.
Reduce pressure drag, or minimize or maximize Thermal heat transfer, and morph Mesh elements of your Product Design Geometry with the Latest Self-learning and Intelligent shape optimization (eg. Aerodynamics, Hydrodynamics) technologies, Enabling Completion of Design projects using Less time.
11. Fluid-Structure Interaction
Design Engineers Today must Fully Appreciate fluid force Influence on surrounding Engineering Design and its subsequent resultant Aerodynamic & Hydrodynamic performance.
Choose Simcenter STAR CCM+ multiphysics CFD Meshing Software program solutions to Easily solve any Engineering challenges in fluid-structure interaction (FSI).
12. Thermal Heat Transfer Simulation
To provide High-Quality CFD Simulation analysis in Thermal heat transfer projects, STAR CCM+ CFD software Applications Enables you to efficiently simulates various Thermal heat Transfer phenomena, such as natural and heat-forced convection, radiation, diffusion, and heat conduction in solids.
13. Thermal Fluid-Structure Interaction FSI
Not Managing the Thermal heat flow Effectively through Engineering Design can Result in Serious safety problems and Below Average Functional performance.
With multiphysics Simulation Capabilities of the Siemens Simcenter STAR CCM+ MDX CFD Software solutions, you are now able to Quickly model complex Thermal Scenarios for your current thermal Heat management Engineering projects, thereby Enabling you to Effectively Save precious time and money by Removing the need for Physical Laboratory Test measurements and Detailed Manual Analysis of Measurement Data collected.
This can be Extremely time-consuming and Cost Prohibitive.
14. High Rheology Material
R&D Engineering teams in polymer, metals, glass, and cement Handling industries use Simcenter STAR CCM+ Polyflow for detailed design and optimization in Fabrication processes such as Aluminum extrusion, blow molding, thermoforming, fiber drawing, Molten glass forming, and concrete shaping.
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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
Innovation Through Design Exploration
With STAR-CCM+ You Are Able to Automate The Design Exploration and Optimization Process
What is CFD | Computational Fluid Dynamics (CFD)?
Computational Fluid Dynamics (CFD) is the branch of CAE Simulation that Enable you in any high Tech Mechanical related Industry to Accurately Model & simulate fluid Flowmotion Events using numerical Solver Methods programmed into the Source Code of the Fluid Dynamics Simulation Software.
The computational analysis capabilities of the New CFD Fluid Dynamics Software encompasses a Broad range of commonly encountered Fluid Flow Challenges such as those related to
1. Steady Laminar and Unsteady Turbulent Fluid Flow Dynamics
2. Incompressible and compressible fluids Flow Behavior
3. Multiphase flows Phenomena etc.
Computational fluid dynamics (CFD) is the use of applied Theoretical mathematics, physics, and Computational Fluid Dynamics software to Numerically visualize how a Fluid such as gas Medium or liquid flows — as well as how the gas or liquid Dynamically interact and affects Solid objects as it flows past.
Such Computational fluid dynamics CFD concepts are not New and have been present since the early 20th century. In fact, Several Engineers and Scientist in the field of Research & Development are familiar with it as a Reliable Scientific Fluid Flow Modeling Software Application tool for its useful help in modeling and analyzing air flow Dynamics Behavior around Passenger cars and Commercial Airplane.
Mathematical Model & Numerical Methods Used In Fluid Flow Dynamics Simulation
Computational fluid dynamics is Fundamentally based on the Navier-Stokes Physics equations which govern the Physical Law of fluid flow phenomena.
These Governing physics flow equations are used by Fluid Dynamics Simulation software to Mathematically describe how the various physics parameters, such as Fluid flow velocity, Fluid pressure, Thermal temperature, and density of a Dynamically moving fluid are Correlated so as to help Manage and produce the Required Simulation results.
Similar to commercial FEA Simulation Platform software package, a mathematical model of the physical case and a numerical method are Both used in a 3D Fluid Flow Simulation software tool to accurately Model, analyze, Search and Simulate characteristics the fluid flow.
Take For Example, the Navier-Stokes equations are specified as the mathematical model of the physical case. This Mathematically describes the parametric changes on all those physical properties for both fluid flow behaviors and Thermal heat transfer.
The mathematical model varies in accordance with the content of the Fluid Flow problem, such as Thermal heat transfer, Physical mass transfer, Liquid to Gas phase Transition change, Actively Reacting chemical reaction, etc.
Moreover, the Processing reliability and Accuracy of a CFD analysis highly depends on the whole structure of the process. The Scientific verification of the mathematical model is extremely Vital to create an accurate case for solving the Fluid Flow problem.
In Addition, the Selection of proper numerical methods to generate a path through the Simulation solution is as important as a mathematical model.
Call Us for a Free Consultation
To Start your Digital Engineering Design exploration by taking Full advantage of the Capabilities and Innovation Solving Method of our STAR CCM+ fluid Flow Simulation Software solutions, Do feel free to contact us for a Free Trial of the STAR CCM+ Software download
As an Premier CFD STAR CCM+ channel partner, our Technical sales, Student Academic Content Learning & Training Staff and engineering staff are Seasoned industry experts in evaluating clients’ unique Technical work challenges and recommending the related innovative Engineering Simulation solutions and information that satisfy current Technical needs and budgets while laying out a sustainable Foundation for Long term future growth.
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
Questions?
Contact Us!
Please fill out the form below. Our friendly customer service staff will get back to you as soon as we can.
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
Useful Engineering Applications of CFD Fluid Dynamics Simulation Software
Where there is fluid flow dynamics involved, there is inevitably a requirement for CFD Simulation analysis Service on your Engineering CAD Modeling files.
Real life Large Scale Commercial Engineering Projects often featured in the News of various industries which are Suitable to this Computationally powerful CD Adapco Star CCM+ Fluid Simulation software includes
1. CFD Simulation of gas Chemical combustion in New Automotive engine
2. Chemical Fluid solution Flow Distribution through Microscopic pores in a Porous shale gas geographical formation
3. Aerospace Air Craft jet engine turbine air Flow passage
4. Thermal heat transfer among printed circuit board (PCB) electrical Components.
1. Optimizing Thermal Cooling of New Server Data Centers Designs
As the Thermal cooling infrastructure of Modern server rooms in Mega Data Center Building and Server Management Centers has increased in Engineering complexity and Power Consumption Requirements, CFD Simulation has also got to become an Extremely useful Simulation Modeling Application tool for our Customer in the data center Design Space for analyzing thermal heat flow properties of Electronics and modeling air flow Behaviors.
Usually, CFD water simulation software systems created by CFD Software companies such as Siemens & CD Adapco requires input Data about the Mesh Element size, content and Floorplan layout of the data center.
It uses this Building Performance related information and Data Analytics to Manage, Get Valuable Engineering Insights, create and Provide a 3D mathematical CAD model on a grid that can be rotated and viewed from various different angles. CFD modeling can help a Systems administrator with little Experience to identify Regions of Thermal hot spots and learn where cold air is being Channeled wrongly or where cooling air is mixing efficiently.
Simply by changing Physics variables, the Data Center Building Simulation Engineer can Quickly visualize and View how Cooled air will flow through the data center under a number of different Scenarios.
This Insightful knowledge can help the Building Owner with no prior Experience to Effectively Manage and optimize the Energy efficiency of a Pre-existing Thermal cooling infrastructure and predict the effectiveness of a particular layout and Design Form Factor of an IT equipment Floor plan.
For example, if a Data Center Systems administrator Wishes to take one rack of hard drive storage Electronics and split the hard drives Electronics over two Server racks, a CFD STAR CCM+ Power on Demand program could Easily simulate the Impact of the New Configuration Modification on the Resultant Heat Transfer and Air Flow dynamics.
This help the Systems administrator to Scientifically understanding what correct adjustments would need to be made to deal with the additional Thermal heat load Generated before any time or Financial Resources has been Invested.
2. Aerodynamics in Competitive Automotive Racing Cars
When a Design Development or Professional Manufacturing Consulting engineer is tasked with designing a new Engineering design, e.g. Chassis and Engine for a winning race car for the next Racing season, Designing for aerodynamics Efficiency play a Critical role in the engineering Design process.
Very Often, these aerodynamic Behaviors and processes are Usually not Practically quantifiable during the early concept Design phase. Usually, the only reliable Method for the Mechanical Development or Consulting engineer to efficiently optimize the car designs is to conduct physical wind tunnel testing on Actual product prototypes.
With the rise of Powerful High-End Industrial computers and ever-growing computational power (Due to Moore’s law) over time, the Application of Computational Fluid Dynamics Computation Simulation and usage of Fluid Flow Simulation Software program is increasingly becoming a commonly Accessible Engineering Simulation and Design tool for Developing Innovative solutions for Optimizing fluid flows with or without Structural interaction with a Physical Solid.
In a CFD analysis, the examination of fluid flow in accordance with its physical properties such as velocity, pressure, temperature, density, and viscosity is conducted using Commercial CFD Software.
To Realistically generate a Simulation solution for a physical phenomenon associated with fluid flow Dynamics with Speed, without Sacrificing on results Quality and accuracy, those Physical properties have to be Careful Examined Concurrently.
3. Simulating of Aircraft Icing During Midair Flight
Prevention of Icing is a critical aspect for the Ensuring safety of Your Own New aircraft design that you are trying to develop.
However, achieving Aerospace regulatory certification license approval takes time and involves icing tunnels, Extensive flight testing, and simulation models. Aerospace Regulatory Requirement Updates and awareness of high-altitude ice crystals Formation and supercooled large droplets also can influence how fast is your Product development time to market.
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
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:
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
1. Static Structural FEA Analysis Consulting
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