Unlock High Performance with Simulation-Driven Parametric Design
Intact.Simulation’s meshfree workflow automates simulation and parametric design by removing pre-processing barriers.
Intact.Simulation’s meshfree workflow automates simulation and parametric design by removing pre-processing barriers.
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
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
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 Simulation Bottlenecks are Stifling Design Tools and Designers Modern computational design tools, including Generative AI, can help explore vast design spaces, but only if the generated designs can be
Overview Simulation Challenges Limits Ship Design Exploration Traditional mechanical simulation relies on meshing – the act of generating a boundary-conforming mesh from a given geometry. While meshing may be a
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
Summary What is VDB-implicit? VDB (Volumetric Dynamic B+ tree) is a sparse data structure that is both fast and has a low memory footprint. The VDB data structure can be used
Summary What is Immersed Method of Moments™ (IMM)? Immersed Method of Moments (IMM) is a technology that uses the Finite Element Analysis (FEA) for performing simulation tasks, without the need