Optimization

Aerodynamic noise is a rising source of concern for fans and blowers manufacturers across all industries, but particularly so in domestic appliances applications.

Honeywell Turbo Technologies to present the power of TURBOdesign Suite with the success of turbocharger compressors at this year’s VINAS conference 2016 in Tokyo

Honeywell is a global fortune 100 company that invents and manufactures technologies to address tough challenges linked to global macrotrends such as safety, security, and energy. They will take the stage and present at this year’s VINAS conference on 13th and 14th October 2016 in Tokyo Conference Center Shinagawa.

There will be more than 20 meetings held around the world. 

Topics will cover linear and nonlinear Finite Element Analysys, Contact, Multiphysics, Multscale, Optimization, Simulation for Additive Manufacturing and ore.

Learn about the newest features in Abaqus, Isight, Simpack, fe-Safe, Tosca

Check out the worldwide schedule here:

http://www.3ds.com/company/events/simulia-regional-user-meetings/

Applications are sought for four Post-Doctoral Research Associates and two PhDs to join a very active research group at Cardiff University, UK (School of Engineering).  Based in Cardiff, there will be frequent interactions with the University of California, San Diego as well as major aerospace companies in the UK. The research will formulate and develop numerical methods for mulitiscale and multiphysics design optimisation using level set topology optimization.

One or more of research experience in the following areas are required.

This position is now closed.

Applications are sought for four Post-Doctoral Research Associates to join a very active research group at Cardiff University, UK (School of Engineering) and the University of California, San Diego, USA (Structural Engineering Department).  Three postdocs will be based at Cardiff and one at UC San Diego, and there will be frequent interactions and travels between. The research will formulate and develop numerical methods for mulitiscale and multiphysics design optimisation using level set topology optimization.

The Automated Computational Mechanics Laboratory (ACML) at The Ohio State University has an immediate opening for a one-year postdoctoral research associate position. The project is aimed at the application of the finite element method for simulating and optimizing the multiphysics laser ablation process in aircrafts. The optimization process involves characterizing the optimal laser parameters (e.g., peak power, fluence, intensity, etc.) to maximize the coating removal efficiency while minimizing damage to the substrate material.