A desktop serves as the common environment and starting point for all LMS Virtual.Lab analysis packages. There are three types of desktops:
The LMS Virtual.Lab Desktop
This multi-disciplinary desktop is the staring point for all structures, noise and vibration, acoustics, durability and
correlation solutions. Users can seamlessly access models and interface with other CAE codes and test data. LMS Virtual. Lab Desktop contains full pre- and post-processing capabilities for general FEA analysis as well as specific tools for acoustics, durability, and noise and vibration applications.
The LMS Virtual.Lab Motion Desktop
LMS Virtual.Lab Motion Desktop provides the multi-body pre- / post-processing capabilities necessary to simulate
any mechanical or mechatronic system. It lets users create a multibody dynamic model and animate, plot and compare the simulation results. Various graphing features let users view detailed results of the moving simulation.
LMS Virtual.Lab Premium Desktop
This product includes both LMS Virtual.Lab Desktop and LMS Virtual.Lab Motion Desktop functionalities. It is an excellent solution for users requiring motion functionality as well as any of the other LMS Virtual.Lab domains (acoustics, durability, structures or noise and vibration).
Delivering optimal user efficiency
LMS Virtual.Lab combines an intuitive and easy-to-use interface with dedicated modeling and simulation capabilities for multiple engineering disciplines. Designers and engineering experts share the same environment with access to high-performance modeling tools, graphics and ample processing power for performance analysis and attribute specific post-processing.
- Full analysis associativity for easy analysis reruns of adapted parameter settings
- Automated task and processing features save significant time and eliminate repetitive tasks
- Attribute-specific post-processing for system dynamics,structural analysis, acoustics, vibrations and durability
Tackling the root cause of engineering problems
Quick fixes seem like an easy way out when tackling engineering challenges. But changing the design to remedy a problem in one area may cause difficulties elsewhere. In contrast, LMS Virtual.Lab tracks the problems to the source – an effective way to gain valuable insight and optimize the overall design.
- Generate accurate loads that reflect actual real-life user circumstances
- Analyze simulation results to identify the root causes with attribute specific post-processing tools
- Efficiently analyze multiple design variants to optimize designs
