Course detail
simulation of physical application for civil engineers
FAST-DB56Acad. year: 2009/2010
Each lesson includes theoretic introduction into physical or technical problem and incident to practical application implement mainly Finite Element Method. Methodically generalise adventitious knowledge from structural mechanics on other Physics areas. Tasks are aim so to correspond with building practice and so as graduant could applied physical knowledge in practical exploitation
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Course curriculum
a) in tension and pressure
b) in shear
c) in bend
d) in torsion
e) combined
f) dynamic loading construction (natural frequency and oscillation)
2) Dynamic analysis
a) modal analysis
b) harmonic analysis
c) impact loading
d) spectral analysis
3) Hydrostatics
a) pressure
b) surface tension
4) Sound, wave
a) sound propagation
b) absorptive capacity and sound transmission
c) nazvuk and reverberation
d) frequency dependence sound - ultarsound
5) Thermo
a) stationary analysis
b) non-stationary analysis
c) radiation
6) Electric and magnetic circuit
a) piezoelectric phenomenon
b) force effects magneto-electric field
c) electrostatics
d) theory simple circuit
7) Theory of fluid flow
8) Real experiment and simulation
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Specification of controlled education, way of implementation and compensation for absences
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