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Ansys

Home » Engineering Simulation & Risk Management Software » Design Simulation Software » Ansys

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Ansys offers a comprehensive software suite that spans the entire range of physics, accurately simulating the structural, fluid, thermal and electromagnetic performance of any product or process.

Ansys
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  • Why Wilde?
  • Overview
  • Latest Release
  • Pervasive Simulation
  • Digital Twins
  • Multiple Physics Options

Wilde Analysis has been an Ansys channel partner since 2000 and have used the software for consulting for over 30 years. Our combined software, training and consulting solutions enable you to incorporate simulation within your design and development processes efficiently, with expert support and mentoring from our experienced and friendly technical services team.

ANSYS enables you to predict with confidence that your products will thrive in the real world. Industry leaders use ANSYS to create complete virtual prototypes of complex products and systems – comprised of mechanical, electronics and embedded software components – which incorporate all the physical phenomena that exist in real-world environments.

ANSYS 2020 R1 includes enhancements to ANSYS Mechanical to help engineers design complex, highly nonlinear and extremely large models. This release also features a greatly simplified workflow in ANSYS Fluent, so even novice engineers can execute complex multiphase simulations quickly and easily. Other portfolio upgrades include dynamic new tools for ANSYS HFSS SBR+ and ANSYS Maxwell that substantially improve processes for electronic/electromagnetic design.

3D Design   Additive Manufacturing   Structures   Fluid Dynamics   Electromagnetics   Materials

ANSYS for 3D Design

Explore more designs quickly in ANSYS Discovery Live with changes to the structural solver to improve accuracy for thinner geometries, and with a newly introduced steady-state fluids solver. Get upfront design insights with the addition of manufacturing constraints and multi-analysis optimisation for topology optimisation capabilities. With ANSYS Discovery AIM, you can now simulate rubber components with an easy-to-use, guided workflow. Structural materials data have also been expanded to include orthotropic elasticity and simulation of composite laminates. New autoskin features in ANSYS Discovery SpaceClaim enable you to easily combine analytic geometry with autoskinned patches during reverse engineering. In addition, new minimal surface lattices increase efficiency in additive manufacturing applications. Enquire now for a quotation by completing the at the bottom of the page.


ANSYS for Additive Manufacturing 

ANSYS 2020 R1 features major advances in additive manufacturing (AM) simulation capabilities throughout the AM product line:

  • ANSYS Additive Prep features expanded capabilities in the build processor so you can change laser parameters. Building on its capability to write files to SLM machines, it now lets you write files to EOS machines.
  • Workbench Additive now offers inherent strain simulation in addition to thermal–structural additive simulation. ANSYS Additive Print to Workbench Additive workflow for cutoff scenarios has been introduced.
  • Additive Print now supports J2 Plasticity. It also accepts laser beam inputs for the thermal solver.
  • Aluminum alloy AlSi10Mg has been validated for all simulation types in Additive Print and Additive Science.
  • Additive Print and Additive Science have been improved for increased accuracy and faster run times.

Enquire now for a quotation by completing the at the bottom of the page.


ANSYS for Structures

ANSYS 2020 R1 empowers ANSYS Mechanical users to go further than ever before with enhancements to improve the handling of complex, highly nonlinear and massively large models. Enhancements include:

  • Additional functionality directly in Mechanical for streamlined workflows, including cross sectional assignments for line bodies, post-processing of reinforcements and easy drag-and-drop external models
  • Improved topology optimization validation workflows so you can now go directly from a tessellated optimal shape to meshing and validation of the final design
  • Full migration of ANSYS AQWA, a hydrodynamic analysis tool, into Mechanical, including new technology such as the ability to transfer generated loads to other analysis systems
  • Enhanced integration of LS-DYNA into the ANSYS Mechanical interface following our recent acquisition of LSTC
  • Quicker solve times in ANSYS Sherlock, which now uses ANSYS MAPDL as its default FEA engine, along with consolidation of application settings and the ability to configure multiple part libraries

Enquire now for a quotation by completing the at the bottom of the page.


ANSYS for Fluid Dynamics

ANSYS Fluent offers a new experience that enables novice or expert users to run robust computational fluid dynamics (CFD) simulations in less time and with less training than ever before. Easy-to-use, task-based meshing workflows and Mosaic technology — coupled with Fluent’s CFD solvers — deliver great results, without compromise. Easier to use A streamlined workflow facilitates multiphase simulation setup. A single, tabbed panel organizes setup into a logical, step-by-step flow. In a benchmark gas–liquid pipe flow simulation, the new setup proved 25% faster. More CFD solutions

  • An algebraic interface area density (AIAD) model accurately simulates complex multiphase regime transitions.
  • A detailed electrochemistry model optimizes lithium-ion battery cells.
  • Harmonic analysis in ANSYS CFX is 2X faster and can now solve for multiple base frequencies.
  • Complex fluid-structure interaction problems can be set up and solved faster and more easily.

Enquire now for a quotation by completing the at the bottom of the page.


ANSYS for Electromagnetics

ANSYS 2020 R1 delivers electromagnetic field simulation solutions to aid our customers’ pursuit of the engineering megatrends of autonomy, 5G connectivity, electrification and energy efficiency. New features include:

  • ANSYS HFSS SBR+ offers creeping wave physics for installed antenna analysis and placement studies, thus increasing the accuracy of modelling antennas integrated into objects with curved attributes.
  • EMI Xplorer in ANSYS SIwave helps to assess and mitigate potential board- and package-level EMI problems prior to running simulations early in the design cycle.
  • ANSYS Maxwell enables harmonic force coupling, enhancing the accuracy of the electromagnetic and vibroacoustic design of electric vehicle powertrains, transformers, turbomachinery and other electric machines.
  • ANSYS Cloud has been extended in ANSYS Electronics Desktop to include electrothermal simulations involving ANSYS Icepak. Additionally, Icepak supports steady-state or transient thermal analysis for a variety of low- and high-frequency applications.

Enquire now for a quotation by completing the at the bottom of the page.


ANSYS for Materials 

Accurate materials information is essential for any product development organization, particularly one aiming to make pervasive use of simulation. In ANSYS 2020 R1, ANSYS GRANTA MI has an enhanced user experience, which supports the rollout of the gold standard corporate materials information management system across large engineering enterprises. With GRANTA MI, you can ensure consistency, lower risk, increase efficiency and drive innovation. A new product, ANSYS GRANTA MI Pro, is an easy-to-implement, focused version of GRANTA MI, designed as a fast-start option for design and simulation teams. This product provides CAD and CAE users with direct access to reliable materials reference data from ANSYS Granta, alongside managed lists of in-house materials and their approved properties. ANSYS 2020 R1 also enhances the data in the GRANTA Materials Data for Simulation dataset, available within ANSYS Mechanical and ANSYS Electronics Desktop. Enquire now for a quotation by completing the at the bottom of the page.


How to Install ANSYS 2020 R1

This video demonstrates how to install ANSYS, Inc. products on the Windows Platform: This video demonstrates how to install the ANSYS, Inc. License Manager on the Windows platform: This video demonstrates how to install the ANSYS, Inc. License Manager on the Linux platform:


How Can ANSYS 2020 R1 Help My Design Workflows?

For further information about ANSYS 2020 R1 simply complete the form below. Upon submitting the form, you will shortly be contacted by one of our account managers. Alternatively, you can contact us on +44 (0) 161 474 6886 or info@wildeanalysis.co.uk






 

pervasive-engineering-simulation-white-paper As the digital and physical worlds become one, products are growing in complexity. Companies are facing unrelenting pressure to innovate, lower cycle times and reduce costs, while also increasing quality and eliminating risk. Simulation is becoming ‘pervasive’ within the entire engineering enterprise from Digital Exploration to Digital Prototyping to Digital Twins. ANSYS gives you the tools to tackle the complexities of designing, manufacturing and maintaining your products and processes. You can expand your simulation activities throughout your product lifecycle, from design validation to exploring the “what ifs” of your products, facilitating innovation, lowering development and operational costs and improving time to market.

ANSYS software enables you to create a digital twin of your products. A digital twin is a real-time, virtual copy of an actual operating machine that provides insight into individual product performance and maintenance. Sensors on the machine relay data, such as temperature, pressure, flow rate, voltage and loading, to the digital twin, and the twin evolves in step with the machines working environment. The digital twin can predict conditions long before they happen, so you can monitor the twin and replace a distressed component, or take other corrective actions, during scheduled downtime rather than making an untimely shutdown. You can also use the collected data to improve the design of next-generation products.

ANSYS provides simulation solutions for all physics types within the ANSYS Workbench platform. You can invest in the appropriate single or multi-physics solutions associated with your products and processes to create ‘virtual prototypes’.

  • Ansys for 3D Design

    Ansys for 3D Design

  • Ansys for Structures

    Ansys for Structures

  • Ansys for Fluid Dynamics

    Ansys for Fluid Dynamics

  • Ansys for Electronics

    Ansys for Electronics

  • Ansys for Materials

    Ansys for Materials

  • Ansys for Additive Manufacturing

    Ansys for Additive Manufacturing

  • Ansys for Advanced Multiphysics

    Ansys for Advanced Multiphysics

  • Ansys for Robust Design & Optimisation

    Ansys for Robust Design & Optimisation

  • Ansys for Systems Simulation

    Ansys for Systems Simulation

  • Ansys LS-DYNA

    Ansys LS-DYNA

  • Ansys Cloud

    Ansys Cloud

  • Ansys Learning Hub

    Ansys Learning Hub

  • Ansys StartUp Programme

    Ansys StartUp Programme

  • Ansys Free Trial
  • Ansys Training
  • Ansys Resources

Selected Resources

  • » Brochure: ANSYS Capabilities Chart

  • » Overview Video: Engineering the Internet of Things with ANSYS

  • » Presentation: Wilde’s Guide to ANSYS High Performance Computing (HPC) for Desktops

  • » White Paper: Pervasive Engineering Simulation

  • » White Paper: Robust Design Innovation with Simulation Driven Product Development

View more resources »

Client Feedback

Prev

Great support as always.

Compressor Products International Ltd

You are always extremely helpful with any issues we experience and nothing seems to be too much trouble as far as your customers are concerned.

Airborne Composites Ltd

Simply Excellent!

Bibby Transmissions

Fast response and very knowledgeable staff, an excellent all-round service.

London Marine Consultants

Support are very quick to respond to reported issues and also very willing to assist with all other aspects of tools including evaluations and trials.

UTC Aerospace Systems (Sensors & Int Systems)

The advice you gave me on extracting radial stresses using paths was precisely the information I needed and the fact you provided screen dumps of the actions needed, so I knew exactly where to look, was excellent.

Torquemeters Limited

Luke was very helpful in his comments and provided an alternative solution that allowed me to get the data out of my FEA analysis we required.

Torquemeters Limited

ANSYS AIM allowed UEL to run multiphysics analysis of heat transfer for a new engine where testing of prototypes would usually be the method used. The engine is still in early stages but dozens of analyses have been run, steering the project in its direction. What AIM offered over other platforms was a relatively cheap but powerful solver which is very intuitive. The addition of finning to the engine housing is currently set to reduce the maximum housing temperature by up to 51% and not a single prototype has been manufactured yet.

UAV Engines

Wilde’s integrated scope of material testing, material modelling and model validation provides an excellent base for our FE analysis, allowing our in-house analysis team to focus on providing high-quality analysis of our products.

Siemens Subsea

Another excellent training course from Wilde. The tips revealed during the course will enable a more efficient use of ANSYS Workbench, DesignModeler and Mechanical.

Esterline (Darchem Engineering)

Having some exposure to ANSYS Mechanical in my current role the mechanical intro course has answered a lot of questions and uncertainties. It has also prompted new questions about potential for many of the encountered features and the prospect of facilitating better engineering analysis.

John Crane

ANSYS software will enable UEL to maintain its lead in the field of high power to weight ratio engines. It will give us the ability to model electronically the thermodynamic & combustion processes of our engines enabling faster development of new products & improvements.

UAV Engines

An educational tool ANSYS is and will be an excellent teaching tool for all engineering disciplines. Looking at my own industrial background I would personally recommend all engineering companies I have worked with, and for, to invest in this software and the training packages.

Wigan and Leigh College

Great course, knowledgeable tutor. Perfect for me after ten years of studying FEA at university.

Offshore Renewable Energy Catapult (Narec)

With ANSYS SpaceClaim DirectModeler’s intuitive and easy-to-use capabilities, we have been able to obtain a great speed up in our process. ANSYS SpaceClaim DirectModeler has enabled us to move to Workbench and been a massive help.

ESG Rail

The course is excellent I feel confident about going back to work and using ANSYS.

Schlumberger

Wilde Analysis supply MMD with all our ANSYS products, along with providing technical assistance on some of our more challenging consultancy projects. Their depth of knowledge and wealth of experience along with the support of the very latest analysis software have been contributory factors in helping MMD to stay at the forefront of mining machinery design.

MMD Design and Consultancy

We believe that we have been very well supported by Wilde FEA and have a robust solution in the ANSYS product.

Precision Polymer Engineering

Wilde Analysis Ltd are a very professional and competent organisation and employees.

JCB Landpower

An excellent course which has given me plenty of extra tools to ensure success in complicated models

Siemens Subsea (Tronic)

The training I received was professional and practical and provided by a competent and knowledgeable engineer. A very good course and a great introduction to ANSYS

RSA

The course enabled me to get a good grasp of the of the key functions to ANSYS Workbench which I found intuitive and with a user friendly interface. The material was well presented and the tutorials reinforced learning ….tutor has a huge amount of knowledge of ANSYS. Very Professional.

Babcock Marine & Technology

Through ANSYS Workbench we have a tool which allows us to increase the performance of our products. Drastic reductions in weights and inertia of the couplings have been achieved without compromising the strength of the unit. Lateral vibration of coupling  is now being estimated to a level of confidence previously unattainable without days of computation and cost.

Bibby Transmissions

As a new user of ANSYS, I found the course and information very useful and has given me a great starting position to conduct basic analysis work.

Commscope

...thank you for the efforts put into the focus course which my 3 guys attended earlier this week. They were very complimentary about the quality of the training and the way in which Wilde was able to tailor things to our specific working life requirements.

Pilkington Architectural

Our company continues to benefit from the ANSYS and CivilFEM software supplied to us by Wilde Analysis... It has brought many advantages, not least reduced project risk, cost savings and improved safety and quality. Wilde underpins their software supply with excellent technical support and this enables us to develop our in-house knowledge and to get the most out of our software.

Sir Robert McAlpine & Sons

Overall good experience, tutor very kind and open for all our questions... Really useful course... Perfect examples that well explained the use and functions of ANSYS DesignModeler... The tutor was very knowledgeable and helpful!

JCB Excavators

We always appreciate Wilde’s approach as working with them is very beneficial for us, both in terms of project costs & knowledge transfer. They are very open about the results, barriers & difficulties involved, & do their utmost to make sure the models are validated, which not many other companies would do. Wilde go to great lengths to produce the accurate results we need, that’s why we have developed a successful working relationship.

Eminox

... Our improved in-house capability has speeded up our development schedules & helps us to progress our designs & testing much faster, with lead time reductions of around 80%...We see Wilde as a key partner in the development of our skills & software capability.

Nifco

Fantastic understanding for our FEA modelling needs…. A well structured course suitable for a range of technical backgrounds with a good mixture of conceptual explanation and hands on training.

UTC Aerospace Systems

A fantastic and thorough introduction to fundamental principles and ANSYS analysis tools. I feel more than equipped to practise these skills to support & promote a more interactive development process.

GE Aviation

Technical support gave timely well informed help with the problem that I faced, including recommendations for tackling similar situations more effectively in the future.

John Crane

I was particularly pleased with the way in which the instructor led the course and accommodated my particular requirements ...

Blast and Ballistics

Excellent course! ... Brilliant refresher course for those who have not used FEA day to day and need to refresh on understanding of fundamentals.

NIS
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Case Studies

  • » Structural Analysis of Cantilever Masts on the West Coast Main Line

  • » Offshore Lighting Design Investigation using Structural FEA

  • » Ocean Wave Converter Analysis for Renewable Energy Source

  • » Dynamic Analysis & Design Optimisation of a Vacuum Skid Platform

  • » Structural Assessment of a Gas Transport Trailer

  • » Implementation of ANSYS for Flexible Coupling Analysis at Bibby Transmissions

  • » Flow Characterisation of a Water Injection Valve

  • » Pressure – Flow Assessment of a Subsea Stab Connector

  • » Design Assurance for New Seawater Filtration Unit Design using CFD

  • » Modelling the Infra-Red Pre-Heating Stage of a Coating Curing Process

  • » Structural Analysis of New Offloading Reel Design for FPSO Vessels

  • » Rubber Seal Design Assessment for Offshore Applications

  • » Structural Analysis of a Pipeline Closure System using 2D & 3D FEA to Obtain Rapid Design Feedback

  • » Contact Stress Analysis of a Mechanical Valve Rotator

  • » Plastic/Rubber Electronics Hardware Enclosure Analysis for Material Optimisation

  • » CFD-Based Thermal Management Study of PCB Assembly to Assist Cooling Fan Design

  • » Wilde Analysis Provides ANSYS Software Solution for University Industrial Research at WMG

  • » Structural Assessment of a Diving Bell Handling System to Support In-house Capability

  • » Optimising Forward Tooling on Subsea Trenching Vehicle for Forum Energy

  • » Supporting Sir Robert McAlpine with ANSYS and CivilFEM

  • » Driving Automotive Technological Innovation at Nifco with ANSYS

  • » Optimising Fluid Mixing in a Fuel Injector Using CFD at Northvale Korting

  • » Supporting BMP Europe Ltd with Faster Product Development & Increased Reliability using ANSYS

  • » Structural Design Validation of Downhole Pipe Assembly for Halliburton

  • » Dynamic Analysis & Fatigue Assessment of Selective Catalytic Reduction (SCR) System

  • » FEA & PD5500 Code Assessment to Accelerate Dough-Mixing Machine Development

  • » Faster Time to Rolling Stock Analysis with ANSYS SpaceClaim DirectModeler

  • » Breakaway Coupling Optimisation using CFD for Techflow Marine

  • » Helping MMD Build a Design Methodology around ANSYS for Mineral Sizing

  • Events

    • » Model Bulk Phase Change Processes Using Ansys Fluent | Ansys Webinar
    • » Webinar: Achieving Lightweight Part Through Fluid-Assisted Injection Molding | Moldex Webinar
    • » High-Fidelity Thermal Analysis for the Design and Verification of Electric Motors| Ansys Webinar
    • » Accelerating EMI/EMC Testing Using Simulation | Ansys Webinar
    • » Ansys 2021 R1 Signal and Power Integrity Update | Ansys Webinar
  • News

    • » NAFEMS UK Virtual Conference 2020: Learn about Leading Engineering Simulation and Risk Management Solutions
    • » Buying PLAXIS geotechnical FEA software is more flexible & cost effective than ever!
    • » Ansys 2020 R2 Accelerates Innovation for Engineering Teams
    • » Pollution Solution and Wilde feature in The Times Newspaper: Pollution filter maker eyes opportunity
    • » Moldex3D and Wilde Analysis Team Up to Provide Face Masks to North West Learning Community
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