Emerging materials and methods for fabricating 3D micro- and nanostructures provide powerful capabilities of relevance across diverse areas of technology. This Review highlights the latest results and future trends associated with the most powerful methods in 3D printing, folding and assembly.
Read the article: Nature Reviews Materials 2, 17019 (2017) (Cover Feature Article)
Dielectric elastomers undergo phase transitions between thick and thin (wrinkled) states due to their electromechanical behaviour.
I hope some of you may find this work interesting, the X-FEM non-linear code developed (incorporating linear elasticity, J2 plasticity, and Strain Gradient Plasticity) can be downloaded from www.empaneda.com/codes
Gradient plasticity crack tip characterization by means of the extended finite element method
Emilio Martínez-Pañeda, Sundararajan Natarajan, Stéphane Bordas
Computational Mechanics (2017)
Y. Tang, G. Lin, S. Yang, Y.K. Yi, R. D. Kamien, J. Yin, “Programmable Kiri-Kirigami Metamaterials”, Adv. Mater. 29, 1604262 (2017)
hello
am looking for a phd position in compututional mechanics i have a good backgroun in numercial simulation and mathematical modeling with MS in mechanical engineering i was working in many topic from material modeling (dammage ,metal forming ...) composite modeling and simulation (continue element of composite shell in high frequency,hommoginazation method crush simulation ,... ) i have a experience in biomechanic modeling and simulation
i have a good programming skills : fortran c++,python
finite element ,boundary element,xfem
When an elastic rod with a rotating clamp behaves as a deformable compass or as a deformable catapult?
Paper Accepted for Publication in Entropy
Impact location and quantification on an aluminum sandwich panel using principal component analysis and linear approximation with maximum entropy
V. Meruane, P. Véliz, E. López Droguett, A. Ortiz-Bernardin
Corin’s OPS™ technology now enables the surgeon to understand the individual motion profile of each patient before their surgery. This gives the surgeon the information required to identify, customise and deliver a personalised total hip replacement, specifically designed to optimise biomechanics and functional joint performance. This is driven by a simple imaging protocol, featuring Simpleware software, used to generate key inputs to simulate the unique way in which patients perform their normal everyday activities.
