Webinars

Learn more about ESI products, solutions and services. 
Click HERE to view upcoming webinars. (Corporate Website).

 

How can I perform Industrial Cabin Noise Simulation using VA One
An industrial cabin is a working environment and because of this it can subject to noise regulations. This can dictate noise thresholds in enclosed working environments and can also be directly related to operator productivity. Cabin noise can arise from a variety of sources including the engine, hy...
Vibro-Acoustics

How can I build predictive noise models of marine vessels and structures
Large, lightweight space structures, such as antennas, deployed in space programs, need detailed qualifications to ensure they can withstand the aggressive force experienced during a launch. A VA One model of a space antenna will be used to demonstrate how a combination of vibro-acoustic simulati...
Vibro-Acoustics

Control geometrical deformations of manufactured composites parts
Residual stresses induced during curing will result in geometrical distortions of the composites part. This webinar explains how PAM-COMPOSITES simulation can predict these deformations upfront in the development process and how these distortions can be corrected before cutting any tool.
Composites

ESI PAM-COMPOSITES: What is it?
PAM-COMPOSITES is a unique End-to-End Finite Element (FE) simulation chain for the analysis, validation and optimization of the manufacturing process of composites structural parts. This solution addresses a wide range of composites materials with a focus on continuous fibers. It can model carbon...
Composites

How do I model large aerospace structures for full frequency response
Large lightweight space structures such as antennas deployed in space programs need detailed qualification to ensure they survive the aggressive forces experienced during launch. A VA One model of a space antenna will be used to demonstrate how a combination of vibro-acoustic simulation technique...
Vibro-Acoustics

How do I create models to predict low frequency acoustic radiation
The Boundary Element method has long been established as the tool of choice for low frequency calculation of acoustic radiation. However the creation of models can take time and for large models the computer resources, needed for BEM calculations, are sometimes not available. This webinar will de...
Vibro-Acoustics

How do I mitigate Rattle Noise (BSR) using vibro-acoustic simulation?
One of the highest incidences of customer recalls in the automotive industry is caused by rattles. Rattles are difficult to locate and control after delivery which results in expensive repairs for manufacturers and, even more importantly, customer dissatisfaction. The BSR module in VA One leverag...
Vibro-Acoustics