Multiscale.Sim introduces a new analytical technique that predicts the performance of ASSB more accurately. Curious to learn how this approach can transform the EV landscape? ⇒ Read the article on LinkedIn
Abstract
Two postdoctoral positions are available in the Theoretical & Applied Geomechanics research group at the University of British Columbia. Both positions offer a two-year appointment with the possibility of a contract extension. Successful candidates will benefit from exposure to a dynamic international research environment and opportunities for various areas of professional development.
Position 1 Description
In this webinar, we will introduce the latest analysis technologies with specific analysis examples to predict materials behavior using analytical prediction of microstructure combined with virtual material testing.
Save the date: 22 February 2023 at 10 AM CET ⇒ Register from here
Webinar Abstract
Dear colleagues,
We encourage you to submit your abstract to our mini-symposium "Distinct Element Method Mechanics Across Scales And Domains" in the frames of Society of Engineering Science (SES) 57th Annual Technical Meeting. The abstract submission deadline is March 17th, 2020. You can find us under Track 5: Frontiers in Mechanics of Materials.
https://chk.tbe.taleo.net/chk01/ats/careers/requisition.jsp?org=JOHNSONMATTHEY&cws=51&rid=6569Vacancy J44: Marie Curie Early Stage Researcher - PhD Scholarship in Heat Generation and Transfer of Reactive Granular Materials (Full-time for 36 months)
Location: Johnson Matthey Technology Centre Chilton, Billingham, TS23 1LB, UK
Journal: Materials (flyer attached)
Impact Factor 2.728
Special Issue: Granular materials Special Issue Editor: Sinisa Mesarovic Deadline: 15 April 2017
Summary
Dear Colleagues,
We are looking for a doctoral student to join our Arctic Marine and Ice Technology research group at the Aalto University (Finland), Department of Mechanical Engineering, to study ice-structure interaction process in shallow water using numerical simulations. In the complex ice-structure interaction process an intact ice sheet fails into discrete ice blocks, which affect further stages of the process. Realistic calculations of ice loads due to this process require modeling of the ice blocks and their pile-up process.
I am trying to model the soil churning action of a rotary tiller trough soil structure interaction. Based on some published articles, DEM and SPH approach both have been used to model the tool interaction with the soil. I am little confused in the selection of the appraoch. Can somebody throw some light on advantages and disadvantages of one approach over another and which approach should be chosen for more realistic results.
Numerical
Simulation of Particle Stress and Fracture using FEMDEM: Application to Process
Catalysts
Johnson
Matthey CASE/EPSRC PhD Studentship Award- Duration 36 months
Supervision:
Dr JP Latham, Dr Jiansheng Xiang
Industry Contacts:
Principal Investigator - Dr Michele Marigo
Co-investigators - Dr Mikael Carlsson, Prof Hugh Stitt
