Parvez Alam

Reader in Mechanical Engineering

University of Edinburgh

United Kingdom

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About

Parvez Alam is a Reader in Mechanical Engineering at The University of Edinburgh, UK. His research interests focus on the forensic investigation of failure in composite materials, the mechanical properties of 3D-printed structures, and the development of innovative robotics inspired by biological systems. Recent articles demonstrate his expertise in areas such as stab resistance, material performance under various conditions, and advances in soft robotics technology.

Articles (23)

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2022

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2022

Collaborators (1)

Vasileios Koutsos

Professor

University of Edinburgh

UNITED KINGDOM

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Parvez Alam

Research Interests

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Articles (23)

Forensic investigation of failure in a full-scale composite tidal turbine blade

Influence of fibre spacing and pitch angle on the stab resistance of SLA 3D-printed porous Bouligand-structured polymers

The puncture resistance of Bombyx mori silk cocoons

AInsectID Version 1.1: An Insect Species Identification Software Based on the Transfer Learning of Deep Convolutional Neural Networks

Poka: A Necro‐Robot Beetle with a Measured Payload Ratio of 6847%

Sundoli: A necro(w)bot with multi-stiffness joints built using geared mechanical metastructures

The Stab Resistance of Bombyx Mori Silk Cocoons

Clamping parameters in full-scale tidal turbine blade tests: A case study

Caninoid Necro-Robots: Geometrically Selected Rearticulation of Canine Mandibles

Fish Scale-Inspired Stab-Resistant Body Armour

Mode III Tear Resistance of Bombyx mori Silk Cocoons

Peristaltic Motion Enabled by Pneumatic Artificial Muscles (PAMs) as Structural “Soft–Stiff” Actuators in a Modular Worm-Inspired Robot

Machine intelligence in metamaterials design: a review

Cubically Symmetric Mechanical Metamaterials Projected from 4th-Dimensional Geometries Reveal High Specific Properties in Shear

Tensile Properties of 3D‐Projected 4‐Polytopes: A New Class of Mechanical Metamaterial

Tensile Properties of 3D‐Projected 4‐Polytopes: A New Class of Mechanical Metamaterial

Compressive properties of parametrically optimised mechanical metamaterials based on 3D projections of 4D geometries

The influence of claw morphology on gripping efficiency

Corrigendum: Design of a Hall effect sensor controlled brittle star inspired composite robotic limb (2022 Eng. Res. Express 4 036001)

Tensile behaviour of unaged and hygrothermally aged discontinuous Bouligand structured CFRP composites

Dynamic mechanical thermal analysis of unaged and hygrothermally aged discontinuous Bouligand structured CFRP composites

Design of a Hall effect sensor controlled brittle star inspired composite robotic limb

Viscoelastic properties of bioinspired asymmetric helicoidal CFRP composites

Collaborators (1)

Vasileios Koutsos

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