Stephen R Reid

Professor

    • AB24 3UE

    • AB24 3UE

    • 2270 Citations
    1972 …2015
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    Fingerprint Dive into the research topics where Stephen R Reid is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

    Engineering & Materials Science

    Crushing
    Finite element method
    Pipe
    Mechanics
    Elasticity
    Foams
    Compaction
    Structural dynamics
    Membranes
    Hinges
    Viscosity
    Shock waves
    Analytical models
    Porous materials
    Experiments
    ABAQUS
    Compressive strength
    Plastics
    Testing
    Metals
    Mechanical properties
    Struts
    Dynamic response
    Computer simulation
    Polymers
    Densification
    Air
    Rigidity
    Anisotropy
    Kinematics
    Geometry
    Defects
    Momentum
    Heuristic methods
    Energy absorption
    Hazards
    Missiles
    Piping systems
    Convergence of numerical methods
    Numerical models
    Computational methods
    Cells
    Linearization
    Plasticity
    Nonlinear systems

    Physics & Astronomy

    Chemistry and Materials

    elastic properties
    porous materials
    mechanical properties
    polymers
    compressive strength

    General

    aerial explosions
    dynamic structural analysis
    shock
    voids
    membranes
    time marching
    shell theory
    simulation
    retaining
    cells
    continuity
    newton
    formulations
    heuristic methods
    augmentation
    kernel functions
    incompressibility
    numerical stability
    plastics
    defects
    linearization
    nonlinear systems
    artifacts
    proposals
    interactions
    mesh
    crushing
    derivation
    dissipation

    Engineering

    foams
    metal foams
    locking
    plane stress
    solid mechanics
    impact loads

    Physics

    viscosity
    oscillations
    overpressure
    shock fronts
    kinematics
    impact velocity

    Mathematical and Computer Sciences

    approximation
    statistical distributions
    iteration

    Aeronautics

    blast loads

    Chemical Compounds

    Mechanics
    Finite element method
    Porous materials
    Foams
    Elasticity
    Compaction
    Metals
    Pipe
    Membranes
    Mechanical properties
    Compressive strength
    Testing
    Air
    Viscosity
    Plastics
    Anisotropy
    Heuristic methods
    Energy absorption
    Crushing
    Geometry
    Densification
    Defects
    Dynamic response
    Piping systems
    Momentum
    Convergence of numerical methods
    Structural dynamics
    Cells
    Linearization
    Plasticity
    Nonlinear systems
    Hazards
    Kinematics