Description:

How do you identify vulnrbilties more efficiently?

Computer-Aided Engineering (CAE) – Fast and Efficient Product Development Through Calculation and Simulation.
Simulation is a driver of innovation. Virtual prototype tests can be used to investigate design alternatives and to identify weak points at an early stage. The product development process thus becomes faster and more efficient, while the product design is optimized.

THE 3DEXPERIENCE PLATFORM
The overall goal of the 3DEXPERIENCE platform is an innovative and networked Product Lifecycle Management (PLM). But what exactly is that? Put simply, it's about developing better products in less time and creating a sustainably positive customer experience. This is done by bundling forces, optimizing project processes and creating functioning interfaces. Not only can the time-to-market be drastically reduced, but internal development costs can also be significantly cut.

FINITE ELEMENT
METHOD I FEM

Abaqus | Tosca
Isight | fe-safe | FKM

MULTI-BODY
SIMULATION I MBS

Simpack

 

3DEXPERIENCE^®
PLATTFORM

 

SUPPORT &
SERVICE

 

Method development
Seminars

For more than 45 years, we at Wölfel have been carrying out numerical simulations for customers from a wide variety of fields, particularly in the disciplines of finite element methods (FEM) and multi-body simulation (MBS). As a certified sales, support and service partner for Dassault Systèmes' SIMULIA product suite, we have also been offering high-end software solutions since 2013.

SERVICE PORTFOLIO

FINITE ELEMENT
METHOD I FEM

Structural Mechanics | Dynamics
Optimization | Crash | NVH
Lightweight Construction | FKM

MULTIBODY-
SIMULATION I MBS

Kinematics | Dynamics
Gearbox | Rail | NVH | Wind Turbine

FLOW SIMULATION | CFD

HOW DOES CAE MAKE THE DEVELOPMENT PROCESS MORE EFFICIENT?
Traditional testing with physical prototypes is usually time consuming and costly. At the same time, customer expectations and competitive and innovation pressures are rising faster than ever before. Although these physical prototypes cannot be completely replaced by the use of simulation software, their number can be significantly reduced in all development phases.