Thanh Tam MAI

Program-Specific Assistant Professor (JST-CREST)

Kyoto University

Japan

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Thanh Tam MAI is a Program-Specific Assistant Professor (JST-CREST) at Kyoto University, Japan. His research interests include the mechanics of soft materials, particularly focusing on topics such as liquid crystal elastomers, heterogeneous crystallization in natural rubber, and the stress-strain responses in polymer networks. Recent publications highlight his work on elastic properties and damage mechanisms in rubber-like materials, contributing significantly to the understanding of material behavior under complex deformation scenarios.

Articles (19)

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2025

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2020

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2020

Collaborators (4)

Taizo Kabe

Assistant professor

University of Tokyo

JAPAN

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Kenji Urayama

Kyoto University

JAPAN

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Nobutaka Shimizu

Professor

High Energy Accelerator Research Organization

JAPAN

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Fahmi Zaïri

Université de Lille

FRANCE

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Thanh Tam MAI

Research Interests

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About

Articles (19)

Flaw-Tolerant Fracture Enabled by Liquid-like Elasticity in Liquid Crystal Elastomers

Tracking the Evolution of Heterogeneous Crystallization Driven by Complex Deformation Scenarios in Natural Rubber

Poisson’s ratio transition in strain crystallizing elastomer: from rubbery amorphous to semicrystalline

An anisotropic damage visco-hyperelastic model for multiaxial stress-strain response and energy dissipation in filled rubber

A multiscale model for the multiaxial anisotropic damage of double-network gels

Revisit of crystal orientation in a vulcanizate of natural rubber under planar elongation

Unraveling Non‐Uniform Strain‐Induced Crystallization Near a Crack Tip in Natural Rubber

Analysis of Stress Softening Effects and Crack Properties for Polymer Network-Based Soft Materials under Biaxial Stretching

Analysis of Stress Softening Effects and Crack Properties for Polymer Network-Based Soft Materials under Biaxial Stretching

Crack tip stress intensification in strain-induced crystallized elastomer

A multiscale model for multiaxial inelastic behavior of elastomeric particulate composites

Comparison of Mullins Effect Anisotropy of the Elastomers Reinforced by Carbon-Black and Silica Filler

Strain hardening in biaxially stretched elastomers undergoing strain-induced crystallization

Impact of Strain-Induced Crystallization on Fast Crack Growth in Stretched cis-1,4-Polyisoprene Rubber

Investigating Multiaxial Mullins Effect of Carbon-Black-Reinforced Elastomers Using Electrical Resistivity Measurements

Biaxial Loading Effects on Strain Energy Release Rate and Crack-Tip Strain Field in Elastic Hydrogels

Anisotropic stress-softening effect on fast dynamic crack in filler-reinforced elastomers

Micromechanical modeling of the multi-axial deformation behavior in double network hydrogels

Crack-Tip Strain Field in Supershear Crack of Elastomers

Collaborators (4)

Taizo Kabe

Kenji Urayama

Nobutaka Shimizu

Fahmi Zaïri

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