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Customer Testimonials

For 25+ years, LEAP has assisted thousands of companies from diverse industries to implement technology solutions to digitise their product development processes.

Here we have collated customer testimonials and case studies which highlight some of the amazing work our customers across Australia and New Zealand have done utilising our solutions.

The expert turbomachinery design team at TurbAero led by Dave Limmer, Founder & CEO, and Dr. Ali Mahallati, CTO, use Ansys Multiphysics simulations to help design from scratch a family of fully-optimised, fuel-efficient turbine engines for the light aircraft market.

EMVision used Ansys Mechanical to simulate the non-linear material behaviour of the viscoelastic rubber membrane in their portable brain scanner, delivering comfort, safety and performance across a variety of head sizes and shapes.

Rocket Lab utilises Ansys multiphysics simulation to verify and systematically improve their designs.

Engineers at Fisher & Paykel used Ansys topology optimisation to analyse out-of-balance wash loads to reveal the most efficient distribution of material.

Quickstep used Ansys for the rapid optimisation of multiple design parameters to meet the complex structural loading of the composite structure.

RMIT is using emerging technologies such as IoT, AR, PLM and Simulation-based Digital Twins to create new learning opportunities for students, foster collaboration within student teams, engage students using advanced visualisation and help solve real-world industry problems.

Committed to the highest quality learning standards, Monash University is reimagining what learning looks like. Leveraging PTC solutions, they are preparing engineering students for the workforce with a pilot program designed to engage students with the advanced technologies widely used in the real world. Read the full case study to learn how they’re finding success with a new way of learning.

Onyx Projects engineers utilised Rocky DEM discrete element modeling to definitively predict iron-ore fines’ flow behaviour.

Ansys simulations help AustEx engineers to check the structural designs of all drill rig equipment, including platforms, lifting equipment and rig steelwork.

CPP engineers have combined Ansys CFD with wind tunnel testing to accurately predict the impact of wind-driven rain in the vicinity of building entries and awnings.

Monash Human Power (MHP) aims to design a recumbent bike to ultimately break the world speed record for human powered vehicles As a student team, MHP is limited in budget and resources so uses Ansys simulations early in their design cycle for testing new ideas in both aerodynamics and chassis design.

Monash HPR is a student team designing and building high powered rockets which has integrated the use of Ansys software to simulate complex aerodynamics, structural mechanics, composites, fluid structure interaction & electromagnetics interference problems.

Over the past quarter-century, America’s Cup racing yachts have undergone sweeping shifts in their form and function to comply with evolving design rules. During that same period, Emirates Team New Zealand has pioneered and extended its use of Ansys simulation software in its design process to become a premier racing syndicate.

Ansys Dimensions Magazine sits down with Pat Boland, Managing Director of world-leading CNC grinding machine manufacturer, ANCA to discuss how the adoption of Ansys simulation tools has increased the accuracy and reliability of their products.

In 2012, Canadian film director and experienced submariner James Cameron solo piloted the DEEPSEA CHALLENGER to the lowest-known point on Earth — Challenger Deep, 11,000 meters beneath the sea. The crucial structural elements of the vessel were engineered and optimised in Ansys by Finite Elements, an engineering design consulting company based in Tasmania.

Using Rocky DEM, Onyx Projects applied root cause analysis techniques and used advanced DEM modelling to identify and resolve blockages within bucket wheel reclaimers, reducing delays and slowdowns at ports around the world.

Breville engineers are constantly striving for their products to perform better & be more reliable. Con Psarologos, GM Engineering, explains how Ansys has allowed his team to innovate faster. Learn how the development time of components has reduced from 3 months to less than 2 weeks!

Engineers at Hatch used Rocky DEM to solve flow problems associated with adverse weather conditions and frozen, lumpy material affecting rail tippler operation, hopper loading, and low profile feeder.

PLM Hive Engineering Consulting used Ansys Workbench and SpaceClaim to rapidly consider several design concepts involving changes of geometry, beam sections, plate thickness, variable loads to optimise the design of a mobile working platform used in aircraft maintenance.

Engineers at Hatch used Rocky DEM to solve flow problems associated with adverse weather conditions and frozen, lumpy material affecting rail tippler operation, hopper loading, and low profile feeder.

To be competitive in the Bridgestone World Solar Challenge, the team at ANU Solar Racing uses simulation to rapidly consider a variety of virtual chassis designs before committing to a design for the final build. ASR engineers carefully consider trade offs between a need for reliability against the need for aerodynamic efficiency and weight minimisation to remain competitive.

For over 15 years, LEAP has supported Monash Motorsport (MMS) and their use of Ansys simulation tools to improve and optimise the design of their vehicles. Here we have compiled some of the articles we have created in collaboration with MMS – read on to learn how Ansys has helped MMS become the premier Formula SAE team in Australia.

Roesner’s R&D team used Rocky DEM software to optimise their Marshall Multispread product, simulating loading chutes, spinner discs and vane designs to reduce the uneven distribution of fertilizer, yield loss and environmental run-off.

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