Choose direct or iterative solver, set your frequency range, and let Waveshell's adaptive algorithm determine the optimal basis functions. Click "Run" and walk away.
Define acoustic sources (point, plane wave, diffuse field) or structural excitations (force, acceleration, shaker table). waveshell
Whether you are designing a luxury vehicle’s cabin acoustics, reducing noise pollution from wind turbines, or optimizing the sound signature of a concert hall, Waveshell promises to be the comprehensive solution. This article explores everything you need to know about Waveshell: its core technology, key features, industry applications, and why it stands out from legacy simulation tools. At its core, Waveshell is a high-fidelity acoustic and vibration simulation platform. Unlike traditional finite element analysis (FEA) or boundary element method (BEM) tools that often struggle with high-frequency ranges or large domains, Waveshell employs a proprietary hybrid numerical method. It seamlessly integrates the Wave-Based Method (WBM) with conventional element-based techniques. Choose direct or iterative solver, set your frequency
A: Currently, Waveshell focuses on frequency-domain steady-state analysis. However, the upcoming 2026 release includes an explicit transient solver. Whether you are designing a luxury vehicle’s cabin
Assign materials from the library or define custom poroelastic, viscothermal, or anisotropic properties.
Import your geometry (STEP, IGES, Parasolid). Waveshell's repair toolkit automatically seals gaps and simplifies unnecessary details.
A: Yes. The Waveshell Flow Module solves the convected Helmholtz equation for shear flows and uniform mean flows. Ready to revolutionize your acoustic simulations? Visit the official Waveshell website to request a demo or download the 30-day free trial.