Webinars

Como usar herramientas de simulacion de ruido y vibracion en las diferentes etapas del desarrollo del product

Generadores, autos, maquinaria pesada y demás equipos que usamos día a día, pueden generar altos niveles de ruido. Compañías manufactureras en todo el mundo buscan diseñar productos silenciosos. Usando simulación, los Ingenieros pueden caracterizar el ruido y vibración que es generado por estas m...

Vibro Acoustic Challenges to model Electric Vehicles (Hands-On Webinar #03)

Topic: Vibro  Acoustic Challenges to model Electric Vehicles The vibro acoustic performance of Electric and Hybrid Vehicles presents many new challenges to automotive designers previously focused on the engine as a dominant noise source for both interior and exterior noise emissions. Highlight...

How can I build predictive noise models of marine structures? (Hands-On Webinar #01)

Topic: How can I build predictive noise models of marine structures? Cabin noise is an important design consideration for marine vessels. Accurate predictions are needed to design sound insulations that meet cabin noise targets whilst minimizing weight. VA One provides rapid ways to build predict...

How do I simulate Pass By Noise for component level contribution assessment? (Hands-On Webinar #02)

Topic: How do I simulate Pass By Noise for component level contribution asessment? New legislation demands more rigorous Pass By Noise testing. See how the new VA One PBN simulation tool  can use a combination of existing physical data and simulation models to meet PBN targets. Highlights of t...

How do I stimulate Pass By Noise for component level contribution assessment? (Hands-On Webinar #02)

Highlights of the webinar: Provide capability to predict Pass By Noise performance early in the design cycle Pass By Noise prediction allows engineers to meet legislative targets as proposed by the new ISO PBN directive

Distortion Control of Car Body Manufacturing using Virtual Welding & Assembly

While the use lightweight materials has many advantages it also possesses more springback and less formability. This challenges the overall time and cost of design and development of car body assemblies. This webinar will highlight the prediction and control of distortions in car body assemblies...

Using Stamping and Welding to achieve better Distortion and Crash Performance Prediction

KEY TOPICS : Reaching High quality assembly to improve a vehicle's quality How to accurately predict distortion on Stamped and Welded assemblies Manufacturing history - a key to improve Crash Simulation

Rail Acoustics: Predicting interior and exterior acoustic performance of rail rolling stock

Webinar showcases ESI Vibro-Acoustics and end-to-end solution for the rail industry Topic: Vibro-Acoustics for Rail Highlights of the webinar: Interior Noise Prediction Pass By Noise Assessment Speech Clarity Assessment Aero Vibro-Acoustics Noise Prediction

High strength steel in car structure: How to improve spot welding, assembly and crash performance

While the weight saving potential of advanced materials – such as aluminum, high strength steels, and composites – is widely known, production difficulties and high costs prevent their extensive usage for the entire car body. Utilizing the most appropriate material for each application and component...

How do I model complex floating floor configurations

Designers in both the aerospace and rail industries use complex honeycomb or extruded panels for floating configurations. Due to the complexity of these designs, obtaining accurate vibro acoustic performance models can be challenging. See how the periodic module in VA One can be used to provide a de...