12 Law positions in phd in France

PhD position on Real-time control of aroma synthesis in oenological fermentation

glucose metabolic pathways). Real-time control: design of novel control laws, taking into consideration aspects such as performance and robustness to model uncertainty. The range of methods can vary from

PhD in Mechanics: Characterization of the porosity formation mechanisms in aeronautical composite materials subjected to homogeneous or heterogeneous thermal attack

characterizations, etc.) to establish laws of thermo-mechanical behavior from these porosity-linked mechanisms. Requirements Research FieldEngineering » Mechanical engineeringEducation LevelMaster Degree

PhD thesis (M/F) in material sciences simulations

different parameters (GB mobility law, interface energies, etc.). These data will be used by the level-set method to simulate the microstructural evolution and understand the phenomena at an industrial scale

PhD in Earth and Planetary Science - Aeolian processes as morphologic agent on Pluto, a comparative study

on Titan). On the other hand, from known atmospheric and surfaces conditions, scaling laws can be applied to predict aeolian bedforms characteristics for various planetary environment, assuming the processes

PhD position at IFP Energies nouvelles (IFPEN) in Earth sciences, geomechanics Graded damage approach for modelling of fractured regions in subsurface

regularized model in which a local damage law is augmented via convex constraints of non-local type. The main purpose of the PhD thesis is to extend the graded damage framework to deal with damage of porous

PhD student (M/F) in biomechanics

statistically representative of a target population; - Integration of realistic anisotropic hyperelastic constitutive laws based on the literature (Bauer et al., 2009; Gachon et al., 2020; Mazza et al., 2006

PhD thesis: Motion and packing of dendrites during solidification – modeling and scale bridging

for the conditions encountered in metallurgical processes. The simulations will be upscaled to formulate constitutive laws that describe the solidification in the packing zone in macroscopic process models

PhD thesis Deterministic dynamic wind-wave couplings for the marine atmospheric boundary layer

on the logarithmic law and the Monin-Obukhov similarity theory (MOST) taking into account the thermal stability of the atmosphere. This approach describes turbulence in the surface layer using the assumptions

PhD offer: Control of porosity variation in concrete pavements under the influence of evaporative water flow

model will be necessary by explicitly taking into account the pores in a representative elementary volume with scaling laws to model the material at the macroscopic scale. For this, a thermo-poro-elastic

PhD position: Purely organic room-temperature phosphorescent chromophores for near-infrared organic light-emitting diodes

challenge in purely organic RTP chromophores is overcoming the energy-gap law to maintain strong emission in the near-infrared region (NIR, 700-1000 nm). This is particularly arduous as non-radiative