AFM in Nano-Biomechanics (October Journal Club Topic)
Introduction:
Introduction:
There are two open junior faculty positions in Stanford’s Mechanical Engineering department. One is in the area of biomechanical engineering (broadly defined) and the second is theoretical and computational fluid mechanics (broadly defined).
http://me.stanford.edu/research/open_positions.html
The following is a synopsis of the announcements.
Tenure Track Junior Faculty Opening
Materialise and Dassault Systemes Simulia Benelux are pleased to announce their co-organized Medical Engineering Seminar which will take place on 4 October 2011, at the Materialise HQ in Leuven, Belgium. The Medical Engineering Seminar is a meeting for and by users and aims to bring together biomechanical engineers currently working, or interested in patient-realistic finite element modeling.
Dears, I am quite new in the area of Abaqus models and biomechanics. My background is related with textiles. However I am a post doc in Belgium at the moment and my new task is to model a fingertip skin section under the influence of contact with different objects.
Less than 2 weeks until the conference starts - but there is still time to register at www.biotribologyconference.com
Topics covered include: orthopaedic surgery • dentistry • biomechanics • biomaterials • cosmetic chemistry • biophysics • biomimetics
This position has been filled.
These positions have been filled.
The Mimics Innovation Suite is our world-leading image
processing software for (bio) medical researchers. Mimics® converts Medical
Images into accurate 3D models. As such it provides a link between MRI/CT
images and Rapid Prototyping, Finite Element analysis and CAD. The software is
used in different application areas, ranging from patient specific device
design to population analyses.
Among our customers are top universities, orthopedic and cardiac companies.
The Mimics Innovation Suite is our world-leading image
processing software for (bio) medical researchers. Mimics® converts Medical
Images into accurate 3D models. As such it provides a link between MRI/CT
images and Additive Manufacturing, Finite Element analysis and CAD. The
software is used in different application areas, ranging from patient specific
device design to population analyses. Among
our customers are top universities, orthopedic and cardiac companies.
For our Mimics Innovation Suite products (biomedical
Are you interested in being a part of our Materialise high-end image processing software product? For our Biomedical Department we are looking for motivated Application Engineers.