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learning strategies for various classes of materials. This PhD project will focus on dissipative material behaviors such as elastoplasticity, viscoelasticity, and related phenomena. Learning dissipative
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with estrogen deficiency. Mechanical testing, including uniaxial and biaxial tensile tests as well as rupture-oriented experiments, will enable characterization of hyperelastic and viscoelastic behaviors
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, viscoelastic, and damage-informed formulations) under complex thermo-mechanical loading. Implementing and validating models using computational tools (e.g., numerical solvers, finite element frameworks
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of hyperelasticity, viscoelasticity, stress softening (Mullins effect) and damage. These experimental data will feed advanced constitutive and fracture models, including phase-field approaches, to analyze tissue
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of physical principles, such as thermodynamic consistency, equilibrium, and history dependence. This postdoctoral project focuses on dissipative material behaviors such as plasticity, viscoelasticity, and
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provides insights into disease mechanisms, ranging from neurodegeneration to cancer. Statement Below are examples of our recent research contributions. Please visit our lab website at https
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constitutive material models describing liquid-to-solid transitions and viscoelastic behaviour under light exposure. Validating material models using experimental data and applying them to complex printed
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processes such as cytoskeletal remodelling introduce viscoelastic and plastic responses near crack sites that remain poorly understood. In this project, we will develop a novel mesoscale modelling approach
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Knowledge, Skills, and Abilities The candidate should have a very strong background in rheological testing, viscoelastic properties and/or an understanding of coagulation and hemostasis. Demonstrated ability
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biochemical cues. Our recent findings show that MEC-2 stomatin, a protein involved force transmission during the sense of touch, undergoes a viscoelastic phase transition upon binding to UNC-89, a neuronal titn