Tags :aeroacoustics

PowerFlow | High-Fidelity Lattice Boltzmann-Based CFD Software PowerFlow is a leading computational fluid dynamics (CFD) software that uses a unique, inherently transient Lattice Boltzmann Method (LBM) to simulate complex fluid flow, thermal management, and aeroacoustics. It is particularly renowned for accurately predicting highly turbulent, unsteady flows in industries like automotive, aerospace, and building engineering. Core Functionality Overview: Transient Aerodynamic & Aeroacoustic Simulation: LBM-based solver excels at predicting unsteady flows, wind noise, and aerodynamic forces on vehicles and aircraft without the need for complex RANS modeling approximations. Automated Meshing & Complex Geometry Handling: Features an automated, Cartesian-based voxel meshing approach that rapidly generates grids around complex geometries, significantly reducing pre-processing time. Thermal Management & Multiphysics Analysis: Includes capabilities for conjugate heat...

Actran 2025.1: The Comprehensive Environment for Advanced Acoustic Engineering Actran 2025.1 is a premium, high-fidelity software suite dedicated to solving the most complex challenges in acoustics and vibration. It provides a unified platform for engineers and researchers to accurately predict, analyze, and optimize the noise and vibration behavior of products and systems. From the hum of an electric motor to the roar of a jet engine or the interior quietness of a luxury vehicle, Actran’s robust finite element (FEM) and boundary element (BEM) solvers, combined with specialized physics, deliver the precision required for confident design decisions in industries where acoustic performance is a critical competitive factor. Core Philosophy: Solving the Full Acoustic Chain Actran’s strength lies in its ability to...

Simulia Wave 6: The Integrated Platform for Mastering Sound & Vibration Simulia Wave 6 is a sophisticated, dedicated software environment within the Dassault Systèmes 3DEXPERIENCE portfolio, focused exclusively on solving complex acoustic, vibration, and fluid-structure interaction problems. It provides engineers across automotive, aerospace, consumer goods, and industrial equipment industries with the advanced simulation tools needed to predict, analyze, and optimize the noise, vibration, and harshness (NVH) characteristics of their products long before physical prototypes exist. By integrating various physics—structural dynamics, acoustics, and aerodynamics—into a unified workflow, Wave 6 enables a holistic understanding of how sound is generated, transmitted, and perceived. Core Philosophy: A Unified Approach to Vibro-Acoustic Design Wave 6 moves beyond isolated analysis by seamlessly coupling different physical domains....