Modelling and Methods of Structural Analysis (November 13–15, 2019, Мoscow State University of Civil Engineering, Мoscow)
Mathematical and computer-aided modelling:
Methods and algorithms of mathematical and computer-generated simulation.
Modelling of fatigue accumulation and failure of structures.
Modelling of loads and actions imposed on structures, buildings and complexes. The problems of aero elasticity and hydro elasticity.
Modelling of lifecycles of buildings, structures and complexes.
The systems of computer-aided mathematics.
Intelligent computations, analysis, and visualization of data and program software.
Buildings structures, structural analysis:
Development, research and further elaboration of numerical and analytical methods of structural analysis of buildings and structures.
Structural evaluation of a structure as a whole and its elements.
Enhancement of life of a structure and estimating of the remaining operating life of buildings structures.
Structural theory of engineering buildings and structures.
Unique buildings and structures, advanced principles of computational model generation and analysis.
Methods of dynamic problems solution.
Theory of oscillations of elastic and visco-elastic members of building structures.
Structural analysis of buildings and structures for specific loads combination.
Identification of computed dynamic parameters of buildings and structures.
Verification and validation of models for engineering computations.
Monitoring of buildings and structures.
Seismic monitoring of buildings and structures, evaluation of seismic stability of residual seismic stability.
Mechanics of Materials:
Hypothesis and theories of mechanics of strained bodies.
Strength and fracture mechanics of materials of building structures.
Enhancement of durability and evaluation of remaining life time for building structures on the base of complex approach to the methods of assessment of current state of building structures.
Non-linear material models of buildings and structures.
Computational fracture mechanics for the problems of fail-safe structures.
Computer-aided modellings and mathematical methods for description of mechanical behavior of materials of building structures.