Fingerprint Dive into the research topics where Centre for Micro- and Nanomechanics (CEMINACS) is active. These topic labels come from the works of this organisation's members. Together they form a unique fingerprint.

Engineering & Materials Science

Cracks
Elasticity
Composite materials
Boundary integral equations
Pipe
Stress intensity factors
Stiffness
Fibers
Laminates
Delamination
Crack closure
Fracture mechanics
Stress concentration
Finite element method
Elastic moduli
Stainless steel
Buckling
Failure analysis
Stress analysis
Peeling
Substrates
Microstructure
Electric excitation
Steel pipe
Strain energy
Adhesion
Anchors
Functionally graded materials
Dynamic response
Tubing
Plastics
Shear waves
Glass
Mechanical properties
Cermets
Tapes
Elastic deformation
Boundary value problems
Mechanics
Compaction
Defects
Sandwich structures
Integral equations
Crack propagation
Magnetic fields
Nanocomposites
Electrodes
Wave propagation
Temperature
Lithium
Testing
Laminated composites
Electric fields
Coatings
Boundary conditions
Metals
Constitutive equations
Vibration analysis
Friction
Shear stress
Residual stresses
Unloading
Materials properties
Surface waves
Gases
Corrosion
Poisson ratio
Thermal gradients
Dynamic analysis
Carbon
Stress relief
Thermoplastics
Centrifuges
Fracture toughness
Plastic deformation
Geometry
Electrolytes
Tissue
Rocks
Elastomers
Elastic constants
Cell adhesion
Experiments
Vibrations (mechanical)
Thermal conductivity of gases
Damping
Gels
Microcracks
Debonding
Pitting
Carbon fibers
Reinforcement
Oil wells
Magnetostatics
Indentation
Well completion
Kinematics
Adhesives

Physics & Astronomy

General

cracks
stress intensity factors
electric contacts
formulations
interactions
shear
traction
incidence
peeling
fibers
allowances
thickness ratio
tapes
tubes
constitutive equations
configurations
elastostatics
equilibrium equations

Chemistry and Materials

elastic properties
composite materials
gels
lithium
laminates
stiffness
polymers
ceramics

Physics

harmonics
elastodynamics
compression waves
stress distribution
coefficients
friction

Mathematical and Computer Sciences

integral equations

Engineering

electric batteries
crack tips

Mathematics

Crack
Boundary Integral Equations
Elasticity
Interface Crack
Harmonic
Finite Deformation
Transversely Isotropic
Three-dimensional
Sandwich
Elastic Material
Composite
Half-space
Biaxial
Stiffness
Formulation
Transverse
Constitutive Law
Cracking
Propagation
Model
Governing equation
Elastic Properties
Contact Problem
Crack Closure
Face
Dynamic Problem
Laminates
Strain Energy
Energy Function
Contact Force
Modeling
Elasticity Problem
Energy
Constitutive Equation
Anisotropic Material
Soft Tissue
Substrate
Bimaterial
Tube
Electric Field