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We have a Research Scientist position to fill.  Mainly two research directions:  use advanced computational methods and work with experimental researchers to do 1) structural health monitoring (SHM), 2) vibroacoustic analysis.  

Requirements:

PhD in Engineering / Physics or equivalent

Strong background in acoustics, vibro-acoustics, noise control, SHM/NDT

Experience in numerical simulation software such as ANSYS / ABAQUS, Virtual Lab / Acoustics, Statistical Energy Analysis (SEA), SOLIDWORKS

I wonder if there is any subroutine interface to have access to nodal ( not integral point ) displacement in abaqus DURING the analysis phase.  Suppose I have a field that is going to be used in UMAT and that is dependent on  displacements of all nodes (presumably stored in an array) from the last increment. Is this possible to be implemented within Abaqus?

Thank you all !

Please see the attached, announcement of a Ph.D. vacancy at the Univ. Lyon with the following title:
Multi-scale time passive control of acoustic waves using chains of nonlinear resonators

Contact:

Prof. Claude-Henri Lamarque
Université de Lyon, ENTPE, LTDS UMR CNRS 5513
rue Maurice Audin, F-69518 Vaulx en Velin, France
Email: lamarque [at] entpe.fr
Tel: +33 (0)4 72 04 70 75

VEMLab: a MATLAB library for the virtual element method

My paper about the views of J. Den Hartog about S.P. Timoshenko has been published.

Will be pleased to hear your comments.

Wed, Nov 14, 2018 5:00 PM - 6:00 PM GMT

This customer webinar from Mediprint will show the benefits of medical 3D printing, with a particular focus on organs. Mediprint will discuss their use of Synopsys Simpleware™ software to generate robust models ready for 3D printing using Stratasys machines. Insights from the workflow will show the ease and speed by which these models can be created, and the many benefits for clinicians using 3D printed models such as organs.

The objective of the position is to develop a PhD work on the subject “cardiovascular stent design and analysis”. The aim of the work will be to analyze the expansion of the stent and the contact with the artery to simulate thrombectomy technique. The developments will have to be carried out within the Kratos framework.