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Applied Mathematics and Engineering: Modeling, Analysis and Computation

Applied partial differential equations

Numerical analysis and methods

Scientific computation

Mathematical methods in optics and electromagnetics

Mathematical modeling in materials science and biology

Nonlinear problems in mechanics

Homogenisation and multiscale analysis

Inverse problems

Algebra and its application

Differential equations, dynamical systems and their applications

Engineering applications and scientific computations

Financial and actuary mathematics

Fuzzy mathematics and its applications

Geometry and its application

Modeling and simulation

Statistical methods in technical and economic sciences and practice

Applied Mechanics and Engineering: Modeling, Analysis and Computation

Adaptive materials systems, structures and smart materials

Approximation methods and error estimation

Biomechanics

Contact mechanics

Composites

Computational intelligence

Concrete and ceramic materials

Coupled field problems

Experimental mechanics

Fluid mechanics

Geophysics

Heat transfer

Industrial applications

Inverse problems and optimization

Multiscale methods and nanomechanics

Parallel computing

Soft-computing

Solid and structural mechanics

Applied Physics and Engineering : Modeling, Analysis and Computation

Surfaces, Interfaces and Colloids

Imaging Techniques, Microscopy

Nano-sciences and Technologies

Biophysics and Biophysical Chemistry

Materials Science & Engineering,

Applied Solid State Physics/Chemistry

Physical Chemistry

Chemical Physics - Chemical Engineering

Advanced and Functional Materials

Biomedical Engineering and Biomaterials

Biological & Medical Physics

Computational Physics

Radiation Physics

Applied Nuclear Physics/chemistry

Radiation Protection

Computational Fluid Dynamics

Condensed Matter and Statistical Physics

Physics of Semiconductors

Physics of Polymers and Macromolecules

Nonlinear, Adaptive and Complex Systems High Performance Computing and Visualization

Computer-aided Simulation and Modelling

Nanotechnologies, Components and Instrumentation

General physics, physics of matter, mechanical and physical properties of materials

Modern physics (semiconductors, lasers, superconductors...)

Engineering techniques (electronics, instrumentation, signal acquisition and processing, informatics, automatic control...)

Applications in Industries