IVRESS

IVRESS is a simulation software product developed by Advanced Science and Automation Corp. It offers users an integrated virtual reality environment, making it well-suited for creating immersive interactive worlds. According to the vendor, IVRESS is designed to serve various industries, including aerospace, automotive, robotics, and engineering. It caters to businesses of all sizes, from small companies to large enterprises. Professionals in aerospace engineering, automotive engineering, robotics engineering, mechanical engineering, and simulation and modeling consulting can benefit from the capabilities of IVRESS.

Key Features

Accurate Dynamic System Response Prediction: IVRESS provides precise predictions of dynamic system responses, empowering design teams with high-fidelity simulations. It utilizes advanced 3D terramechanics to ensure accurate predictions in diverse scenarios. The software aims to reduce development costs by optimizing designs before physical prototyping and streamlining the design process for faster product launches.

Efficient Simulation of Long Traverses: IVRESS enables users to simulate extended traverses with minimal computational resources. This feature allows users to conduct simulations involving long-distance movements on soft soil without compromising computational efficiency.

Simulation and Modeling Consulting Services: IVRESS offers professional simulation and modeling consulting services. Users can leverage expert reviews and reliable consulting support to optimize their simulation processes and maximize the benefits of IVRESS.

Autonomous Vehicle Testing: IVRESS supports the testing of an autonomy stack controlling four autonomous vehicles for formation performance on soft soil. It utilizes advanced 3D terramechanics to predict vehicle reaction mobility in realistic off-road environments. This feature enables engineers to simulate and analyze the performance of autonomous vehicles in challenging terrains.

Advanced Physics Modeling and Simulation Capabilities: IVRESS employs an explicit-time integration solver based on the trapezoidal integration rule to maintain system total energy and momentum. It supports rigid multibody dynamics, various joint models, penalty formulation for contact modeling, and different contact surface types. The software also offers fluid finite elements, fluid-structure interaction, and ray-tracing capabilities.

Parallel Processing for Enhanced Productivity: IVRESS allows users to scale productivity and reduce simulation time by running simulations on multiple processors. It supports efficient allocation of computing resources by running different bodies simulations on different computer nodes.

Co-simulation Integration: IVRESS can be seamlessly integrated with other multibody dynamics (MBD) software to co-simulate MBD vehicles modeled on third-party software with a 3D terramechanics soft soil model in IVRESS. This integration provides the convenience of simulating existing vehicle models on an accurate and predictive soft soil model within IVRESS.