The general purpose hydrocode AUTODYN allows us to investigate highly dynamic processes including massive deformation and failure. Based on a wide spectrum of material models and a profound validation it has good capabilities for both research and development projects. Well supported user subroutines allow for problem oriented code enhancements.

By using ANSYS® Workbench™ and ANSYS® DesignSpace®, we have quickly created an extremely efficient analysis environment, which enables us to analyze new developments both quickly and efficiently.

Adding it all up, [ANSYS DesignSpace] it's a viable return on investment. The production is about 8,000 supports per year, so with one single project and in less than one month, Samro has written off the cost of DesignSpace.

ANSYS Fluent helped to predict engine performance early in the design process by simulating the air intake and exhaust system. Understanding performance using ANSYS software enabled us to improve the engine for the XUV500 and meet air intake and exhaust systems targets, while constrained by a small underhood space. Mahindra and Mahindra reduced design time by two months and reduced costs by 40 percent for air intake and 15 percent for exhaust.

Using design and simulation tools from ANSYS, Astrobotic quickly designed and refined a lightweight aluminum and composite spacecraft able to withstand static acceleration and dynamic random vibration loads of launch while maintaining an acceptable level of safety. Simulation helps reduce costs related to prototypes and physical testing.

The excellent performance with large models allows us to tackle problems we did not dare to touch some years ago.

We have used ANSYS Fluent and ANSYS Mechanical products to explore improvement opportunities for our suspension assemblies and to establish guidelines for future products. Deployment of Fluent and Mechanical has allowed us to reduce the cost of prototypes fabrication to achieve the optimum design.

UQM Technologies uses ANSYS as an integral part of the motor design process, providing an accurate electromagnetic solution that easily integrated with other physics environments. UQM combines the electromagnetic, thermal and structural environments to perform comprehensive design and virtual prototyping methods, allowing us to meet tough application requirement for PM electric motors and generators. New features provided in the ANSYS Workbench™ and DesignModeler™ programs have added valuable design techniques to our process.

We have used ANSYS Airpak software for quite a few years, but just within the past two years we have been using it more often for many different projects. Simulation results assist us in the process of developing and evaluating design concepts as well as contributing to the evidence that a proposed design meets various rating criteria. Moreover, we use the software to produce visualizations for marketing purposes to enhance our communication with prospective clients. I don't see our use of this tool letting up any time soon. We recently made the shift to the latest release of ANSYS Airpak 3.0 within the last month, and the improved ease-of-use has been amazing. The software has an interface similar to CAD, which reduces the amount of time it takes to do many things. Therefore, our productivity using this new version has increased, and the release of the 64-bit version allows us to undertake even larger projects. Lastly, I can't say enough about the technical support that we receive. The new way of submitting technical questions online through the user services center Web site was something that I was hesitant about at first, but, after using this method for the past month, I see all of the benefits first hand.

ANSYS Multiphysics software was used to build an FEA model of Ballard MK9 series CVMs. The advanced submodeling technique provided by ANSYS allowed a quick turnaround analysis of several design iterations without sacrificing details (such as solder pads and leads) captured in the model.

We continuously save precious testing time during harvest because a better design went there in the first place.

We used engineering simulation to help locate the powerhouse close to a waterfall in a spot that would reduce flood risk. Using ANSYS fluid dynamics software gave us confidence that the powerhouse will remain dry once it is built, so our client will not incur extra building costs or suffer equipment failure.

Scale-up presents a significant challenge (both in time and money) in certain pharmaceutical processes. ANSYS helped us through multiple strategic consulting projects in generating necessary process understanding and accurate scale-up conditions for our mixing tanks to go from lab scale to plant scale. We received valuable insights into the physics of scale-up and the risks involved. These simulations helped us in decision-making on equipment sizing and cutting down on expensive raw material usage for the testing process.

ANSYS simulation tools have pushed Mohyi Labs Bladeless Drone development to new heights. Using the CFX turbomachinery module, for the first time we have been able to directly observe and measure how well our counter-vortex geometry influences the airflow. ANSYS has eliminated the guesswork in our design iteration process.