in one or more of the following would be beneficial: Commercial/open source hydrocodes, e.g., Autodyn, ViperBlast, BlastFoam Commercial FEA codes, particularly ANSYS, ABAQUS and LS-DYNA Commercial pre-processors such as Altair HyperMesh and ANSYS Workbench Explosive detonation, blast propagation and resulting structural response Engineering calculations and more »
candidates who can demonstrate knowledge or experience in one or more of the following areas: Use of finite element analysis codes such as ANSYS, Abaqus, LS-DYNA, etc. to solve structural and thermal analysis problems Use of pre-processors such as Hypermesh, ANSYS Mechanical, Abaqus/CAE, etc. more »
systems such as motor hardware and propellant charge structural and thermal analysis using FEA software. The use of various software and programming techniques, including: Abaqus, Altair-Hyperworks, Fortran and Matlab. Rheological analysis of material testing results and providing advice to the technical community for validation and verification of FEA … level in an engineering discipline such as Mechanical, Aerospace or Structural or another related discipline such as Material Science. Material science knowledge Use of ABAQUS software in an professional or academic environment Experience with CAD modelling more »
solution.Responsibilities include (but are not limited too):Support the dedicated High-Performance Compute elements of the solutionApplication running and benchmarking HPC applications such as Abaqus/LS Dyna/Open Foam/Fluent/SLES EnterpriseMandatory technical skills:Linux administrationSuch as: SuSE or RedHat - any modern Linux distribution admin more »
similar software packages will be considered. Relevant degree or equivalent experience preferred. Desirable: Previous experience in any of the following CAE software: FEA: DS Abaqus CFD: Star CCM+, GT Power Meshing: PreHypermesh, Simlab Previous experience of battery/electric drive units and internal combustion component/system level development more »
