Locate family members with the last name FRESSENGEAS.

Claude Fressengeas is an academic who published a paper in 2018-03-27 entitled Geometrically Nonlinear Field Fracture Mechanics and Crack Nucleation, Application to Strain Localization Fields in Al-Cu-Li Aerospace Alloys. The paper was published in a journal entitled Materials.

CLAUDE FRESSENGEAS is an academic who published a paper in 2014 entitled Continuum mechanics of the interaction of phase boundaries and dislocations in solids. CLAUDE FRESSENGEAS published this work as part of a team: Acharya, Amit. Here is a description of this work: The continuum mechanics of line defects representing singularities due to terminating discontinuities of the elastic displacement and its gradient field is developed. The development is intended for application to coupled phase transformation, grain boundary, and plasticity-related phenomena at the level of individual line defects and domain walls. The continuously distributed defect approach is developed as a generalization of the discrete, isolated defect case. Constitutive guidance for equilibrium response and dissipative driving forces respecting frame-indifference and non-negative mechanical dissipation is derived. A differential geometric interpretation of the defect kinematics is developed, and the relative simplicity of the actual adopted kinematics is pointed out. The kinematic structure of the theory strongly points to the incompatibility.

NICOLAS FRESSENGEAS is an academic who published a paper in 2022 entitled Measurement of the transport properties of InGaN/GaN heterostructure analyzed using a two-layer mode. NICOLAS FRESSENGEAS published this work as part of a team: Yusof, Ahmad Sauffi. Here is a description of this work: This dataset includes transport measurements data of InGaN epilayer grown by MOCVD on a semiconducting GaN template substrate. This dataset was used in the article published in Materials Science in Semiconductor Processing (https://doi.org/10.1016/j.mssp.2022.106614). A two layer model was used to precisely extract the electrical properties of the InGaN epilayers, as developed in the article. The Python code used to plot and analyze the experimental data is included alongside with the data. Are also included the X-ray diffraction and photoluminescence data..

NICOLAS FRESSENGEAS is an academic.