Mechanics of Time Dependent Materials Laboratory |
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Research area: Failure in polymer nano-composites subjected to rolling contact fatigue.
Research area: The study of the fatigue response of carbon fiber reinforced epoxy composites.
Research Area: Identification of inhomogeneities in tissues
Research area: Soil Liquefaction
Research area: Thixotropy
Research area: Blood flow through arteries: modeling the fluid-solid interaction and numerical simulations
Research area: Rheology and Agriculture
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Research Area: Viscoelasticity
Research Area: Wave Propagation in Viscoelastic Media.
Research Area: Assistive Device.
Research Area: Response of Rubber Mounts.
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Area: Residual Stress in Viscoelastic Materials.
Graduated July 2016, PhD Thesis: (co-guided with Prof. Krishnan Balasubramanian) Wave propagation through microstructural features with geometric non-linearity -- experimental and numerical investigations
Graduated July 2017, PhD Thesis: Constitutive models within a thermodynamic framework to study growth, remodeling and degradation in a class of biological materials
Thesis defended June 2022, PhD Thesis: Paving Grade Formulations and Multiscale Characterization of Blended Bitumen.
July 2024, PhD Thesis: Rolling Contact Fatigue Behaviour of
Polyamide 6 Nanocomposite
July 2024, PhD Thesis: Stress-diffusion interactions in viscoelastic electrodes
MS Thesis: (co-guided with Prof. Raghu Prakash) Graduated July 2013, A Continuum model to predict the thermomechanical response of glass-epoxy composites.
MS Thesis: Graduated Jul 2015, A Study on a Multilayer Viscoelastic Material and a Homogenized Approximation.
MS Thesis: Graduated Jul 2015, Thesis: Damage initiation in composites subject to cyclic loading.
Graduated: Jul 2017. Thesis: Constitutive model for compressible viscoelastic solid and its application to some boundary value problems
MS Thesis: Graduated March 2019, Thesis: A Constitutive Model for Biodegradable Polymers
MS Thesis: Graduated September 2021, Thesis: Numerical Study of the Grain Boundary Stress Using Field Dislocation Mechanics and an FFT based Method
MS Thesis: Graduated July 2022, Thesis: Identification of dynamic characteristics of an autorickshaw engine mount
MS Thesis: Graduated March 2022, Thesis: Kinetics of particle deposition in drying colloidal dispersion drops
Graduated July 2024, MS Thesis: A Phase Field Model for Intimal Hyperplasia
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