Ph.D. position in the area of Design of Medical Devices and Mechanics is now available in the Composites Laboratory, Department of Mechanical Engineering, Temple University, Philadelphia, PA, USA. Qualified applicants should contact Dr. Parsaoran Hutapea by email at hutapea [at] temple.edu.
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Division: |
Research and Innovation |
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Department: |
Centre for Future Materials |
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Classification: |
PhD (Higher degree by research) in Civil Composites |
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Location: |
Toowoomba |
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Date: |
15 February 2018 |
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Responsible to: |
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Division: |
Research and Innovation |
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Department: |
Centre for Future Materials |
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Classification: |
PhD (Higher degree by research) in Polymer Composites |
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Location: |
Toowoomba |
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Date: |
12 February 2018 |
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Responsible to: |
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Division: |
Research and Innovation |
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Department: |
Centre for Future Materials |
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Classification: |
PhD (Higher degree by research) in Civil Composites |
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Location: |
Toowoomba |
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Date: |
12 February 2018 |
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Responsible to: |
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Division: |
Research and Innovation |
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Department: |
Centre for Future Materials |
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Classification: |
USQ Academic Level B |
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Term: |
Full-time fixed term appointment for 2 years |
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Location: |
Toowoomba |
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Date: |
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Division: |
Research and Innovation |
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Department: |
Centre for Future Materials |
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Classification: |
USQ Academic Level B |
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Term: |
Full-time fixed term appointment for 3 years |
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Location: |
Toowoomba |
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Date: |
We would like to announce An ECCOMAS Advanced Course on Computational Structural Dynamics 2018, shortcourse2018.it.cas.cz . The short course on computational structural dynamics will be held form June 4 to June 8, 2018 in Prague, Czech Republic.
Dear all,
Our group has recently published a paper on "Design and testing of tubular polymeric capsules for self-healing concrete". We have combined experiments and numerical simulations in order to optimize polymeric carrier capsules for their use in self-healing concrete. Interested? You can read the full paper at: https://www.researchgate.net/publication/320657352_Design_and_testing_o…
Regards
http://onlinelibrary.wiley.com/doi/10.1002/adfm.201704757/full Hydrogels are the focus of extensive research due to their potential use in fields including biomedical, pharmaceutical, biosensors, and cosmetics. However, the general weak mechanical properties of hydrogels limit their utility. Here, pristine silk fibroin (SF) hydrogels with excellent mechanical properties are generated via a binary-solvent-induced conformation transition (BSICT) strategy.
