Mingchao Liu

Assistant Professor

University of Birmingham

United Kingdom

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Dr. Mingchao Liu is an Assistant Professor at the University of Birmingham, UK. His research encompasses areas such as discrete differential geometry, nonlinear analysis of axisymmetric shells, and dynamic bifurcation in elastic materials. He has contributed significantly to the understanding of programmable morphing materials and the mechanics of architectured composites, as evidenced by his recent publications.

Articles (22)

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2020

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2020

Collaborators (5)

K Jimmy Hsia

President's Chair Professor

Nanyang Technological University (NTU)

SINGAPORE

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Michael Gomez

Lecturer in Engineering

King’s College London

UNITED KINGDOM

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Wei Tan

Senior Lecturer

Queen Mary University of London

UNITED KINGDOM

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Matteo Taffetani

University of Bristol

UNITED KINGDOM

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Changjin Huang

Assistant Professor

Nanyang Technological University (NTU)

SINGAPORE

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Mingchao Liu

Research Interests

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About

Articles (22)

Exploiting dynamic bifurcation in elastic ribbons for mode skipping and selection

Transient Amplification of Broken Symmetry in Elastic Snap-Through

Integration of kinks and creases enables tunable folding in meta-ribbons

Dehydration-induced corrugated folding in Rhapis excelsa plant leaves

Tunable mechanics of architectured composites from particle assemblies

Hierarchical tessellation enables programmable morphing matter

Cage-shaped self-folding mechanical metamaterials

Bio-inspired facile strategy for programmable osmosis-driven shape-morphing elastomer composite structures

Discrete differential geometry-based model for nonlinear analysis of axisymmetric shells

Snap-through eversion of axisymmetric shells under contact indentation

Snap-through of graphene nanowrinkles under out-of-plane compression

Snap-induced morphing: From a single bistable shell to the origin of shape bifurcation in interacting shells

Morphing matter: from mechanical principles to robotic applications

Inverse design and additive manufacturing of shape-morphing structures based on functionally graded composites

Modular multistable metamaterials with reprogrammable mechanical properties

Shape-morphing structures based on perforated kirigami

Deployable mechanical metamaterials with multistep programmable transformation

Delayed bifurcation in elastic snap-through instabilities

Large Deformation and Instability of Soft Hollow Cylinder With Surface Effects

Snap-through in Graphene Nanochannels: With Application to Fluidic Control

Multi-step deformation mechanical metamaterials

Cracking to curling transition in drying colloidal films

Collaborators (5)

K Jimmy Hsia

Michael Gomez

Wei Tan

Matteo Taffetani

Changjin Huang

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