43 postdoctoral-soil-structure-interaction-fem-dynamics PhD positions at RMIT University in Australia
Sort by
Refine Your Search
-
This PhD Scholarship is funded by 2022 ARC Discovery Project “Modelling temporal evolution in spatial ecology with dynamical point processes". The world is undergoing rapid environmental change
-
to the damage tolerance design of structures. Cyclic loading causes adverse effects and leads to accumulated damage and degradation of residual strength in composite laminates. Predicting the residual strength
-
The project also has a sub aim of protecting the heart from radiation during radiation therapy treatments for cancer patients. The project would suit someone with a strong maths, physics or engineering background who has an interest in image reconstruction and/or modelling the mechanics of the...
-
Using finite element modelling (FEM) to simulate different hole configurations and validating these models with cadaveric femur specimens, this study will provide crucial insights to optimise
-
Research scholarship funded by RMIT School of Computing Technologies. The scholarship is for 3 years; there would be a fee waiver and the standard stipend. Research scholarship funded by RMIT School of Computing Technologies. The scholarship is for 3 years; there would be a fee waiver and the...
-
or more of biodiversity conservation, protected areas, private land conservation Interest in undertaking interdisciplinary research and learning across a range of disciplines The PhD research may involve
-
PhD Scholarship in the Centre for Advanced Defence Structures and Materials Experimentation (CADSME)
structures and/or materials experimentation. The project would suit students with a background/interest in advanced structures and/or materials experimentation.
-
/grades, relevant professional experience, publications (if any), awards (if any), and names of referees. Knowledge and background in Solid Mechanics, Structural Mechanics, and Engineering Materials
-
relationship between nanoparticle structure and stiffness will be determined both through experimental and modelling approaches. Finally, interaction of nanoparticles with various mammalian cells will be studied
-
materials, formulations and procedures to create particles, for outputs aligned with both academic advancement and industry partners. Materials will be evaluated for size, morphology and structure-function