# Fingerprint Dive into the research topics where Guido Borino is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

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### Engineering & Materials Science

Constitutive models

Fracture energy

Delamination

Kinematics

Plasticity

Thermodynamics

Unloading

Acoustic waves

Debonding

Stiffness matrix

Plastics

Boundary conditions

Constitutive equations

Elasticity

Friction stir welding

Free energy

Stress analysis

Crack propagation

Mechanics

Interfaces (computer)

Elongation

Heat conduction

Dams

Nonlinear analysis

Hardening

Insulation

Chemical activation

Cracks

Computer simulation

Numerical analysis

Structural analysis

Computational efficiency

Potential flow

Recovery

Mathematical operators

Degradation

Mechanical properties

Computational mechanics

Energy release rate

Fluids

Membranes

Adhesives

Differentiation (calculus)

Friction

Boundary layers

Derivatives

Heat flux

Finite element method

Composite structures

Fatigue of materials

### Physics & Astronomy

#### Chemistry and Materials

plastic properties

elastic properties

surface roughness

thermoelasticity

insulation

#### Physics

gradients

conductive heat transfer

acoustics

kinematics

heat flux

boundary layer thickness

#### General

damage

formulations

boundary conditions

adhesives

derivation

degradation

exhaustion

expansion

configurations

operators

thermodynamics

kernel functions

elongation

constitutive equations

activation

series expansion

hardening

format

energy

boundary layers

constrictions

Green's functions

plastics

dissipation

recovery

continuums

sliding

#### Engineering

rigid structures

pulse detonation engines

engineering

#### Mathematical and Computer Sciences

Taylor series

differential calculus

numerical analysis

### Mathematics

Gradient Plasticity

Plasticity

Damage

Constitutive Model

Nonlocal Elasticity

Gradient

Transform

Elasticity

Thermoelasticity

Fractional

Model

Dissipation

Thermodynamics

Energy

Formulation

Constitutive Equation

Hardening

Boundary Layer

Heat

Adhesives

Fractional Order

Kinematics

Gradient Elasticity

Tend

Calculus

Nonlocal Problems

Taylor Series Expansion

Restriction

Operator

Moving Boundary

Thin Layer

Order of integers

Kernel Function

Riemann-Liouville Fractional Derivative

Internal

Locality

Viscoelastic Model

Derivative

Minimum Principle

Brittle Materials

Nonlocality

Cyclic Loading

Green's function

Rate of change

Plastics

Continuum

Thermoelastic

State Equation

Fractional Derivative

Mechanical Behavior