Not Just Better Products, But Breakthrough Engineering Product Innovations
With Ansys Fluent Software, such as Ansys ICEM CFD
Software, ANSYS CFX
Software, and Ansys Polyflow
, Engineering Companies are not just Enjoying Incremental Engineering Design Improvements, but are Quickly reinventing Engineering product design approaches altogether.
This is because, with ANSYS Fluent CFD
Simulation and Ansys CFD Meshing
Capabilities, their Creative imagination of New Product Concepts has Practically no limits
With a Sizable customer Base worldwide and a Dominant Market Position, ANSYS CFD Fluent
Software is the most trusted Technology partner in CFD
1. Striking a Balance Between Conflicting Engineering Design Demands
Our today’s Engineering Design and R&D engineers are Constantly Juggling these opposing Engineering design challenges.
To Attain that, they Have to Depend on the most powerful and Reputed CAE simulation software Application in the world – Ansys Fluent
R&D Engineers and Product Designs turn to the most Technically advanced Computational Fluid Dynamics CFD Simulation Software Applications on the Engineering Software market.
2. Gain Valuable Technical Insights into Engineering Challenges
Combined with an appreciation of the underlying Computational Fluid flow physics and Fluid Flow theory, Ansys Fluent Simulation
performed using ANSYS Fluid Dynamics
CFD Simulation allows these engineering Design teams to gain a Valuable Technical insight into Technically complex Challenges involving Computational fluid Flow dynamics, Thermal heat transfer, and other Complex Fluid flow phenomena.
Gain Important Engineering Performance Insights
Technology-Focused Firms Nowadays are Fully integrating an Entire Comprehensive range of physics Modelling to gain Valuable & Actionable Technical insight into the most Technically complex Challenges because the Constituent Component of every Professionally Designed product and the engineers the design work better together as a team, they use ANSYS CFD software to do more than solve design challenges.
Features & Advantages of ANSYS Fluent Software
Efficient and Flexible Engineering Simulation Workflow
Ansys WorkBench Fluent
is fully Built-into into the ANSYS Workbench Simulation Platform, an Environment which is Specifically designed for a Highly Cost efficient and Versatile CAE engineering workflows, associativity with various mainstream CAD and powerful Solving capabilities in 3D geometry modeling and Surface meshing.
The Integrated Physics Input parameter manager in the Ansys CFX Fluent
Software Front End GUI makes it Extremely easy to rapidly Test out multiple Prototype design options.
1. Specially Designed for Multiphysics Simulation
Gain deeper Engineering insight into the Highly complex, often counterintuitive & Dynamic interactions caused by multiple Concurrent physics such as Dynamic fluid-structure interaction (FSI) using the Multiphysics simulation Capabilities of Ansys CFX
ANSYS Fluent Software
is fully integrated with ANSYS Workbench Platform Environment to Offer full Flexible two-way File Transfer interactivity with ANSYS Mechanical CFD
, ANSYS Maxwell, and other CAE simulation Software Solutions.
2. Solve Complex CAE Simulation Models with Full Confidence
ANSYS Fluent Simulation
Solution can Efficiently solve your most sophisticated Geometry CAD models for multiphase Fluid flows, chemical reaction and combustion.
Even Complex viscous and turbulent, internal and external flows, flow-induced noise predictions, heat transfer with and without radiation can be modeled with ease with ANSYS Fluent Software
3. Get Results to Faster with Cloud-based High-Performance Computing (HPC)
With High-performance Cloud-based computing HPC, ANSYS Fluent
Software delivers CFD simulation solutions Significantly Quickly so that R&D engineers and Product designers can Confidently make better Informed Engineering Design decisions Much Earlier in the Product design cycle.
While Ansys CFD Analysis
performed using ANSYS HPC provides Theoretically linear scalability on the Simulation systems with tens of thousands of processors, there is more to HPC than just the number of Processor Cores.
ANSYS Fluid Flow Analysis
Solutions also Continuously optimizes processor architecture, algorithms for model partitioning during Ansys Flow Analysis
Processes, optimized communications and load balancing between CPU processors to deliver Simulation results in Impressive speed on a wide variety of simulation models.
4. Turbulence Modeling Simulation
The Ansys Airflow Simulation
performed using ANSYS Fluent Simulation
software places special emphasis on providing a wide range of turbulence models to capture the effects of Fluid Flow turbulence accurately and Computationally efficiently.
Several innovative Ansys Fluid Flow
models such as the Menter–Langtry γ–θ laminar-turbulent transition model™ are Exclusively available only in Ansys Flow Simulation
performed using Fluent.
5. Thermal Heat Transfer & Radiation
Fluent CFD Software
handles all types of radiative Thermal heat exchange in and between fluids and solids, from fully and semi-transparent to radiation, or opaque.
When you use Ansys Workbench Fluent
software, You can Conveniently Select from a Wide variety of spectral models to Accurately account for wavelength dependencies in a CAE Fluid Flow simulation performed using Ansys Fluid Dynamics
Solvers and to Realistically account for scattering effects when performing Simulation using ANSYS CFD Premium
6. Multiphase Flow Mechanics Simulation
A complete suite of Physics models included in the Ansys Fluent Student
software helps to capture the Dynamic interplay between multiple fluid phases like gasses and liquids, dispersed particles and droplets, and free surfaces.
7. Reacting Flow Mechanics Modeling
Whether simulating combustion design in Industrial gas turbines, automotive engines, or Industrial coal-fired furnaces or Evaluating fire safety in and around Commercial buildings and other Civil structures, ANSYS Fluent Gambit software
provides a Powerful framework to model chemical reactions and combustion associated with fluid flow Mechanics.
ANSYS Fluent Flow
Simulation Software is able to handle non-premixed, partially-premixed, or premixed combustion Physica models to accurately predict Physics Input parameters Such as the Combustion flame Velocity, flame location, and the post-flame Thermal temperature Values.
8. Acoustics Mechanics Modeling
ANSYS CFD Software
Fluent computes the Resultant noise Created from unsteady pressure fluctuations to Accurately solve acoustical simulations Application Scenarios.
9. Fluid-Structure Interaction (FSI) Simulation
This Fluent Gambit Software
models the Physical effects of solid motion Dynamics on fluid flow Behaviors by coupling with ANSYS structural mechanics solutions through the Workbench Integrated Graphical user environment.
Users of Ansys CFD Student
get to enjoy robust and accurate two-way FSI without the need to purchase, administer or Painstakingly configure third-party coupling and Ansys CFX pre
– and post-processing software.
10. Optimize Your Mechanical Design – Automatically
The Automated shape Geometry optimization Capabilities in Ansys CFD Student
Software Suite of CAE tools can Dynamically adjust the geometric Input parameters until your optimization Objectives are Fulfilled.
For example, aerodynamic Efficiency of a car or Commercial aircraft wing and the optimized flow rate in Spray nozzles and Fluid Channeling ducts.
Ansys CFD Fluent
’s Technologically ground-breaking adjoint solver Dynamically modifies the Surface mesh from within to Reveal the Resultant effect of a recommended Design Modification.
The adjoint solver integrated the ANSYS CFD
Software, such as Ansys PolyFlow
Software, Ansys ICEM CFD
Automatically provides Design recommendations to improve Shape geometries that are Challenging and expensive to Achieve any other way.
Ansys Fluent for CATIA V5
This optional module fully integrates ANSYS Fluent CFX
into the CATIA V5 product lifecycle management (PLM) Simulation Platform.
Ansys Fluent CFD
Software helps to Significantly Shorten the Effective cycle time for computational fluid dynamics (CFD) Simulation analysis and enables for a simulation-based design Methodology in which the Engineering design, analysis, and optimization happen all within the single workflow of the CATIA V5 PLM environment.
Application Case Studies of Ansys Fluent
– Airflow Simulation Performed using Ansys CFD premium
Aerodynamically engineered Aircraft for both Functional safety and Fuel Consumption
2. Water management systems
– Ansys Fluent Simulation
can be used to Optimize a System Specifically designed to serve an Increasingly growing World population while also requiring minimal energy
– The performance of an Automotive Car IC engine can be Simulated with Ansys Flow Analysis
Performed using Ansys CFD Student
so that the Engine is Specifically Adapted for both Driving power and Increasingly strict Engine emission standards
Featured CFD Simulation Client Success Case Study: Dyson Air Multiplier Fan
A Classical Case study of this Technologically innovative approach to Engineering product design using Ansys AirFlow Simulation
can be found in the Dyson Air Multiplier fan, which was brought to the Consumer market through clever use of ANSYS CFD Analysis
software to Aerodynamically Improve the aerofoil-shaped Flaps that was originally conceived by James Dyson.
Featured Case Study: Mosen Ltd Developed the Innovative Mojet Tunnel Ventilation System with ANSYS Fluent CFD
As Engineering design Engineers Deeply Involved in the Most recent Customer Projects involving the tunnel ventilation industry, we are tasked to optimize the efficiency of a Ventilation fan turbine Design.
For this challenge, the engineering Insights that Ansys Flow simulation
Generated played was Critical role in Helping to Solve the Problem.
The Challenge: Aerodynamically & Energetically Inefficient Fan Turbine Designs
Our CFD Simulation Engineers Professionally trained in ANSYS CFD Software
Applications such as Ansys Fluent
, Ansys Polyflow
Software, Ansys ICEM CFD
& Ansys CFX
started off with a Technically Challenging situation where the conventional Ventilation jet Turbines have some significant Technical Performance Challenges in terms of Inefficiency.
In Specifically, during the performance of Computational Fluid Dynamics CFD Fluent Simulation
Modeling using Fluent CFD Software
, we discovered that the Turbine Air Flow streams tend to Adhere to Either the side or the Upper ceiling of the Cylindrical tunnel Structure.
As a Result, we realize from the Ansys Airflow Simulation
that around 20% of the Electrical Energy consumption that Channeled into the Ventilation jet fan is actually wasted and that’s why we Conceived the concept of the Mojet Design.
The Solution: A CFD Optimized Mojet
What the Mojet Solves is that it is Designed with Ansys Fluid Dynamics
Software to reduces the Electrical power Requirements of the fan Turbine and it also Drastically Optimize the Airflow thrust Velocity in the tunnel.
The Mojet is Specially Adapted using ANSYS CFD Premium
Software to deflect and Channel the Airflow through the fan downwards but this is sort of symmetrical device.
Surprisingly, through Ansys Fluent Software
, we Realize that there is Almost always an Unavoidable conflict in the Overall shape Geometry that is optimal for Pushing Air out is not necessarily the shape that is optimum for sucking in through.
It was really a Challenge of trying to Smoothen the Fluid Flow transitions so that there were no sudden changes in the Fluid flow Patterns.
Our Engineers Trained in advanced Ansys CFD Meshing
techniques. made use of Ansys CFD Fluent
to Methodically went through 25 to 30 CFD simulations case studies to Slowly refine and Refine the shape Geometry of that bell mouth.
In addition, through the use of Ansys CFD
Software, such as Ansys Mechanical CFD
Software and Ansys CFD Student
, we Managed To come up with a Engineering solution that could be Easily Mass manufactured using a combination of very simple Elliptical and shape Geometries, so that our manufacturing Suppliers will be able to actually Fabricate this Economically .
By Utilizing ANSYS CFX
Software, we can significantly Minimize the Number of Physical prototypes Needed to be Manufacture and we can also reduce the full-scale Prototype testing.
About BroadTech Engineering
BroadTech Engineering is a Premier engineering Simulation & Numerical Modelling consultancy Which was established in Singapore.
We deliver Professional CAE engineering Simulation services In the area of to engineering Applications in a Wide range of Engineering Focused Industries.
Some of the Projects we are Actively involved On includes
2. Civil Structural engineering Optimization of Tunnel HVAC ventilation using Ansys Flow Analysis
As a Technologically innovative Firm at the Cutting Front of Technology, we need Equally innovative Technical partners and Reliable CFD Simulation & Optimization solutions such as Ansys Fluent Software
ANSYS is the partner that we Collaborate with very closely in order to Accurately Design, Engineer and develop these Technology products which are Significantly more energy -efficient and also Offer more value for our clients and customers.
Established Technology & Engineering companies in Singapore turn to BroadTech Engineering as the One Stop of reliable and Trusted CAE simulation solutions performed using Ansys Mechanical CFD
. Although BroadTech Engineering is headquartered in the heart of Singapore, we collaborate Collaborate with best-in-class Engineering Focused Businesses Internationally to optimize product design Aerodynamic performance and Drastically improve Engineering Design development processes for our Customers wherever they are Situated and across a Broad Range of industries.
We are Committed to supporting All our Valued Customers when they face any challenge when using Ansys CFD Premium
or ANSYS CFD Meshing
Functions. We are Strongly passionate about Creating Precise Engineering CAE simulation and Accurate modeling of Physics Phenomena as our core Technical competencies within client businesses and helping them to realize unparalleled results from their Upfront investments in Finite Element Analysis, FEA and Computational Fluid Dynamics CFD.
Since the beginning, we have consulted in multiple industries with the most prestigious of companies. Schedule a call with an engineer and let’s discuss your project.
Compare ANSYS Products
Our Unwavering commitment is to provide technical depth in any simulation domain. Unlike other engineering simulation Consultancy, who may possess Technical Competency in one, or maybe two, Core fields, ANSYS can Offer this Wealth of functionality across a Wide range of Engineering disciplines, whether it be explicit, structural, fluids, thermal, or electromagnetic (EM).
But choosing the right product With the Right Fit for your project can be confusing.
Visit the link below to see a side-by-side comparison chart of ANSYS software. Have questions?
Please reach out to us and we’ll help guide your research.
HOW TO BUY ANSYS
ANSYS Sales & Pricing
Searching for ANSYS Software Price & Licensing Options? Our Product Specialist in ANSYS Fluent Flow
and Ansys Fluent CFX
solvers Will be happy to answer your questions and Talk to you to discuss your Engineering Design Goals.
— Request Pricing
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Have you Ever Tried out and View the Newest Software Version release of ANSYS Fluent Software
? Choose this option and we’ll reach out to schedule a show-and-tell.
— Schedule My Demo
ANSYS Fluent CFD Software
is surprisingly easy to use once you’ve to Get Proper Software training. Our Seasoned Ansys Software Coaches will Make sure you receive the Effective training you need to succeed.
Visit the link below to view our training schedule.
Compare ANSYS Products
Our Firm commitment is to Offer Unparalleled technical depth in any CAE simulation domain and industry Applications by leveraging on the Simulation Capabilities of Ansys Workbench Fluent
Unlike other engineering simulation companies, who may possess Technical Competency in one, or maybe two, fields, ANSYS Fluent Gambit Software
can provide this Wealth of functionality across a broad Scope of disciplines, whether it be explicit, structural, fluids, thermal, or electromagnetics.
But choosing the right Fluid Flow Simulation product for your Engineering Design project can be confusing.
Visit the link below to see a side-by-side comparison chart of ANSYS Workbench Fluent
Have a question? Do Feel Free to Contact us and we’ll help guide your research.