DS SIMULIA Wave6 2026

DS SIMULIA Wave6 2026

SIMULIA Wave6 is a cutting-edge vibro-acoustic simulation software that predicts how noise and vibrations propagate through structures and fluids. Part of the Dassault Systèmes SIMULIA portfolio on the 3DEXPERIENCE platform, it combines Finite Element Analysis (FEA), Boundary Element Method (BEM), and advanced ray-tracing techniques in a single integrated environment. It is specifically designed to solve mid- to high-frequency noise problems that traditional FEA struggles with, making it essential for designing quieter products and solving complex acoustic challenges across industries.

Primary Users

Wave6 2026 is a specialized simulation tool for:

• NVH (Noise, Vibration, Harshness) Engineers in automotive and aerospace industries.

• Acoustic Specialists designing speakers, microphones, hearing aids, and audio equipment.

• Aeroacoustic Engineers analyzing noise from fans, HVAC systems, wind turbines, and aircraft.

• Consumer Electronics Engineers minimizing noise from appliances, computers, and mobile devices.

• Consultants & Researchers in architectural acoustics, environmental noise, and biomedical acoustics.

• Defense & Naval Engineers working on sonar, submarine acoustics, and vehicle signature reduction.

Key Features & Capabilities

Core Acoustic Simulation Technologies

• Hybrid FEM/BEM/RAY Solver: Unique combination of methods to efficiently solve noise across all frequency ranges (LF to HF).

• Vibro-Acoustic Coupling: Full fluid-structure interaction to model how structural vibrations generate sound and vice versa.

• Advanced BEM Formulations: Fast Multipole BEM (FMBEM) and Adaptive Cross Approximation (ACA) BEM for solving large exterior radiation and scattering problems.

• Statistical Energy Analysis (SEA): For predicting high-frequency noise transmission in complex assemblies.

What’s New in Wave6 2026

The 2026 release focuses on AI augmentation, cloud scalability, and usability breakthroughs:

1. AI-Powered Material Calibration: New machine learning tool that automatically calibrates porous material models from impedance tube or reverberation chamber test data, drastically reducing setup time.

2. Cloud-Native Solver: First fully cloud-optimized solver deployment on the 3DEXPERIENCE platform, enabling elastic HPC scaling for massive BEM and SEA models without local hardware limits.

3. Generative Acoustic Design (GAD): New module that uses topology optimization to generate optimal material distribution for noise barriers, mufflers, and acoustic treatments meeting target TL/IL spectra.

4. Extended Reality (XR) Post-Processor: Fully immersive VR/AR environment to “walk through” and listen to acoustic simulation results, identifying hotspots and perceptual issues intuitively.

5. Real-Time Aeroacoustics Link: Enhanced, near-real-time coupling with SIMULIA XFlow (LBM CFD) for concurrent flow and noise simulation in transient applications like wiper or side-mirror noise.

6. Automated Report & Compliance Generator: AI-driven tool that automatically generates standardized test reports (e.g., ISO 362 pass-by noise, ECMA-74 IT equipment) and checks against regulatory limits.

🖥️ System Requirements

Minimum Requirements (Pre/Post-Processing)

• OS: Windows 10 Pro/Enterprise 64-bit (22H2) or RHEL 8.8

• CPU: Intel Core i7 or AMD Ryzen 7 (8 cores)

• RAM: 32 GB

• GPU: NVIDIA RTX A2000 (6GB) or equivalent; OpenGL 4.6 & OpenCL 1.2 support mandatory

• Storage: 50 GB free SSD space

• Network: Gigabit Ethernet for license/server communication

Recommended Requirements (Production Analysis)

• OS: Windows 11 / RHEL 9.3

• CPU: Dual Intel Xeon Silver 4410Y+ or AMD EPYC 7313P+ (24+ cores total for parallel solvers)

• RAM: 128 GB – 1 TB (Scales with problem size; 4-8 GB per core recommended)

• GPU: NVIDIA RTX A5500 or A6000 (24-48GB VRAM) for large model visualization and GPU-accelerated solvers

• Storage: 500 GB+ NVMe SSD (PCIe 4.0) for scratch files; fast network storage for results

• HPC/Cloud: Access to on-premise cluster or 3DEXPERIENCE Cloud for large-scale solves