Bioengineering Hyperbook

Department of Bioengineering


Mathematical Modeling of Aerodynamic Functions of Aquatic and Avian Tails

Mathematical Modeling, Aerodynamics, Tails, Fin, Stiffness, Resonance, Propulsion

Moriah Campbell, Martin Pone, Clementine Ruiz

Evolution of Human Models Representing the Complexity of the Jaw and its Functionalities

Jaws, Lever, Biomechanics, Kinematic Chains, Evolution, Feeding Mechanisms

Michelle Levy, Riwa Itani, Irene Simier, Joseph Marsilio

A Biomechanical Review of Animal Tongue Functions

Tongue, Non-Newtonian, Surface Roughness, Feeding and Prey-Catching, Saliva, Biomimicry, Elastic Energy

Shunyuan Xiao, Marc Srour, Sophie Allard

Bioadhesives for Animal Construction in Nature: A Collection of Case Studies

Bioadhesives, spider webs, insect nests, silk, adhesion mechanisms

Yuheng Liu, Berine Wehbeh, Sara Fraser, Adi Orlov

Trends Between Senescence, Longevity, and Internal Biological Properties in Living Organisms 

Senescence, longevity, ageing, metabolism, deterioration, lifespan

Alex Butler, Sophie McLean, Alexandru Toma, Kevin Xu

Applications of Newtonian Mechanics in the Animal Molting Process

Molting, Newtonian Mechanics, Friction, Gliding, Stiffness and Mechanical Properties, Biomechanics

Sidrah Alousi-Jones, Le Chen, Léanne Gauthier, Haley Janvrin

Animal Architecture: The Mechanics Behind Some of Nature’s Most Ingenious Structures

Materials and Mechanics, Architecture and Shelter, Thermoregulation, Habitat, Stress, Hexagonal Geometry, Friction

Adi Orlov, Berine Wehbeh, Yuheng Liu, Sara Fraser

Courtship and Mating: the Physics of Sexual Dimorphism and its Evolutionary Function

Reproduction, Dimorphism, Evolution, Optics, Bioluminescence, Biomechanics, Courtship and Mating

Liam Fetherstonhaugh, Joseph Grotsky, Chloe Jacquet, Samuel Nidelli

Closed Kinematic Chains: A New Perspective and Analysis of Biological Ability

Kinematic chains, joints, tension, tendons, closed-chain models, locomotion

Andrea Khoury, Nikki Lal, Spencer Levine, Laura Camila Penuela Cardenas

Mechanical and Material Design Principles of the Avian Egg Shell

Egg and shell, Bacterial Defense, Embryo, Gas and Fluid Exchange and Transport, Biomechanics, Radiation, Structure and Microstructure

Leticia Le Goff, Ula Mastej, Jake Pringle, Ryan Romero