1 PM (CEST)
The first webinar as part of the SimScale Consulting Partner Program introduces engineers, designers and researchers to the expertise of our first consulting partner, CUSTOM MACHINES, providing a vast skill set, high expertise and dedicated time to solve your design and simulation problems. During this session, participants will learn the essentials for geometry preparation and expand their knowledge in CAD cleanup process and defeaturing for an optimized and faster FEM simulation process. A comprehensive example case using SolidWorks CAD tool will be used to illustrate the different stages of geometry preparation and highlight the benefits.
There is no prior knowledge or software required to join this free webinar. All participants will get free access to SimScale including all simulation features.
Why should you register?
- Find out about the SimScale Consulting Partner Program.
- Learn the essential steps of geometry preparation for simulations.
- Understand what benefits are achieved with simulation when properly preparing the geometry.
About the Presenter
Ben Lewis is President of CUSTOM MACHINES, our first consulting partner, specialized in the design of special purpose machines for industrial applications. The company services a wide range of industries including mining, rolling stock, transportation, food, agriculture, and manufacturing. Established in 2008 and based in Melbourne, Australia, CUSTOM MACHINES has built a reputation for high quality designs and innovative solutions to complex machine design requirements. Areas of expertise include mechanical design, automation, simulation, and data acquisition.
With experience in all types of structural and thermal simulation (static, dynamic, modal, linear and non-linear etc), the company is specialized in a diverse range of structures including vehicle chassis, bogies, agricultural equipment, mining equipment, and other industrial processing machines.
To learn more about how you could collaborate with Ben Lewis and CUSTOM MACHINES, fill in this form.