A.
Theoretical aspects on modelling and
simulation,
(formalization and languages, methodology
and application of modelling, verification
and validation and so on)
B. Methods
and algorithms for design control and
validation of systems,
(numerical techniques, optimisation
techniques, evolutionary techniques, fuzzy
systems, intelligent simulation and so on)
C. Tools
for high performance computing simulation,
(virtual
reality, simulation software, simulators and
so on)
D.
Modelling, Numerical studies, Algorithms and
Simulations regarding the electrical
engineering:
(power
system, power electronics,
automotive applications, power
devices,
energy conversion, electrical machines and control of
electrical drives, lighting
systems) |
E. Modelling,
Numerical studies, Algorithms and
Simulations regarding the mechanical
engineering:
(kinematics and dynamics of rigid bodies,
vehicle system dynamics, theory
of machines and mechanisms,
vibration and balancing of machine
parts, stability of mechanical systems,
computational mechanics, advanced materials
and mechanics of materials and structures,
plasticity, hydromechanics, aerodynamics,
aeroelasticity, biomechanics, geomechanics,
thermodynamics, heat transfer,
refrigeration, fluid mechanics,
micromechanics and nanomechanics, robotics
and mechatronics, combustion theory,
turbomachinery, manufacturing processes, new
technology processes, non-destructive tests)
F. Modelling,
Numerical studies, Algorithms and
Simulations regarding the chemical
engineering:
(process fluid dynamics, transport
phenomena, chemical reaction engineering,
environmental chemical engineering,
materials
synthesis and processing,
coating processes and technology and so on) |