Understanding geometric instabilities in thin films via a multi-layer model
Dear Colleagues,
I want to share with you our work on geometric instabilities in thin films, which was recently accepted in Soft Matter.
Dear Colleagues,
I want to share with you our work on geometric instabilities in thin films, which was recently accepted in Soft Matter.
at the Institute of Applied Mechanics at the University of Stuttgart (http://www.mechbau.uni-stuttgart.de/ls1/index.html). We are looking for a highly motivated young researcher with a background in engineering or mathematics and with experience in continuum modeling of solids. Applications should be sent to Christian Miehe via email (christian.miehe (at) mechbau.uni-stuttgart.de).
A zinc oxide (ZnO)/polyurethane (PU)-based generator composite was fabricated and its piezoelectric performances were examined in the present work. In addition, the influence of multi-wall carbon nanotubes (MWNTs) and copper powder incorporation on the piezoelectric performance of composites was also studied. The performance level of the composites with various ratios of the constituents was compared in terms of piezoelectric responses obtained from three different tests, i.e., foot stamping, vehicle loading, and cyclic wheel loading tests.
In this study, analytical expressions are introduced to provide a better understanding of carbon nanotubes (CNTs) curvature on the overall behavior of nanocomposites. The curviness of CNT is modeled as the wave geometries, and the transformed physical characteristics are applied to micromechanical framework.
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In our recent work, we have developed a thermomechanical theory for multiphase flows, wich particular focus on the van der Waals fluid. By invoking Gurtin's microforce theory, the Coleman-Noll approach is generalized to derive constitutive relations in the presence of non-local effects. A new fully discrete numerical scheme for the model problem is designed. The scheme is provably unconditionally stable in entropy and second-order accurate in time. Using these technologies, the liquid-vapor boiling problem is investigated.
Dear Colleagues,
It is a great pleasure to contact you again to give you some new details about the XVIII International Colloquium on Mechanical Properties of Metals (ICMFM18), to be held in Gijón (Spain), from September 5th to 7th of 2016.
The following plenary speakers have been confirmed:
Prof. Martina Zimmermann / Fraunhofer IWS - Technical University of Dresden (Germany)
Prof. Mario Guagliano / Politecnico di Milano (Italy)
Dear Colleagues,
The upcoming 2016 APS March Meeting will take place in Baltimore, MD during March 14-18 2016. Here, we would like to invite you to contribute to a focus session called “Physics of Bioinspired Materials”.
Session title: 2.1.3 (same as 4.1.17) Physics of Bioinspired Materials (GSOFT/DBIO)
Link: http://www.aps.org/meetings/march/scientific/focus.cfm#213
The Department of Mechanical Engineering, Temple University, seeks to recruit a pair of candidates: one an experimentalist, and the other a theorist with a strong background in scientific computation.
The Department further wishes to focus its search for this pair of experimentalist/theorist scholars within one of the following two expertise areas:
(1) thermo-fluids and energy, (2) robotics and controls.