Structure and properties of constituents

Properties of polymeric, metallic, and ceramic matrices

Properties of fillers, nanoparticles, and organic and natural reinforcing fibers

Role of interface, measurements, and optimization

Composite materials application in aeronautics and space

Properties of composite materials

Finite element modeling (FEM)

Production and maintenance aspects 

Time-and environment-dependent properties and durability

Long-term properties, creep, and aging

Environmental effects

Prediction of long-term deformations

Mechanical aspects of technology

Resin infusion processes

Flow of nonlinear polymer melts in porous media

Recycling of advanced composites

Strength, fracture, damage and fatigue

Interaction and sequence of inter- and intralaminar damage and failure in composites

Measurements of fracture toughness

Delamination of laminates

Fatigue under complex loading histories

Prediction of fatigue lifetime and accelerated tests

Structures

Methods of optimization of composite structures

Sandwich structural and joint design

Intelligent systems

Active and passive control systems

Damage monitoring in structures and seismic design

Composites in civil engineering and infrastructure

Fiber-reinforced plastics for concrete structures

Polymer composites for renovation of structures

Polymers in concrete

Biomechanics

Mechanics of biological tissues

Mechanics of prosthesis of biological organs