Overview Localized Simulation-Driven Sizing Localized design changes can leverage part-specific characteristics creating lighter, more optimized parts for their use case. Further, integrating simulation-driven feedback can help target important load scenarios …
Replay of the food4Rhino webinar. We show you how easy it is to setup a structural simulation workflow that allows the user to swap out geometries without changing the load …
We’re pleased to announce the new version (V2024.02.05_2.0.0) of Intact.Simulation for Rhino Grasshopper is available for download. This update includes major feature enhancements including compatibility with Rhino 8 based on your …
Overview Case Study Prybar Vibration The first action in home remodeling projects is demolition by way of hammer and prybar. Without hearing protection, the resonant clang of the prybar after …
Overview Automate design space exploration of lattices with Intact.Simulation This blog demonstrates the use of Intact.Simulation to automatically find the mechanical properties of gyroid lattices for a wide range of …
Overview Motivation A client is working on the design of a new shoe sole based on acquired plantar pressure data. The data comes in the form of an Excel spreadsheet …
Madison, Wisconsin, September 6, 2023 – Intact Solutions, a pioneer in the transition to mesh-free finite element simulation, announces the General Availability (GA) of Intact.Simulation for Rhino Grasshopper. This trailblazing software …
Overview Why use simulation fields to drive design? Simulation fields provide a simple yet elegant design methodology used by engineers for light-weighting. The idea is straightforward: simulation fields (e.g., stress, …
Overview Continuous Fiber Reinforcement Design and Validation using Intact.Simulation Continuous fiber (CF) reinforcement in composites comes in many forms such as plies, tapes, and tows. Often 3D representation is not …
