This paper is devoted to methods and principles of investigation of aerodynamic instability of structures. Object of interest is a thin plate. This is an important aspect of the design of large-span structures, bridges and other structures sensitive to wind loads. As Russian standards and Eurocode obliges to check the conditions for the occurrence of galloping, divergence and flutter for a certain class of structures. Modern computing facilities allow to calculate aerodynamic coefficients with high accuracy
The wind turbine blades often subjected by a phenomenon fluttering which leads to a structural damag...
Stability of bridges and other line-like engineering structures is an important part of their overal...
This thesis discusses the possibility of constructing a suspension bridge crossing the Sognefjord in...
The thesis is focused on a solution of self-induced oscillations and instabilities of slender beams ...
Focus of this work is put on evaluation of dimensionless aeroelastic coefficients, i.e. flutter der...
The paper studies the intense oscillations sustained by the Volgogradsky Bridge on May 20, 2010. The...
The main ideas of the aerodynamic studies of large bridges are presented in present paper. Main type...
In this study, flutter characteristics of cantilever rectangular plate structure under incompressibl...
Flutter is one of the most serious wind-induced vibration phenomena for long-span bridges and may ca...
Aeroelastic effects are relatively common in the design of modern civil constructions such as office...
"The paper outlines the theoretical and experimental procedure one has to adopt for flutter prevent...
This report investigates an experimental and theoretical discussion of the phenomenon of oscillation...
Cantilever plate flutter in axial flow has attracted more and more attention, as it is a typical mod...
There the study objects are the thin-walled airframes in the non-metal composition materials. The pu...
AbstractThis paper is dedicated to the study of the occurrence of flutter instability in slender pri...
The wind turbine blades often subjected by a phenomenon fluttering which leads to a structural damag...
Stability of bridges and other line-like engineering structures is an important part of their overal...
This thesis discusses the possibility of constructing a suspension bridge crossing the Sognefjord in...
The thesis is focused on a solution of self-induced oscillations and instabilities of slender beams ...
Focus of this work is put on evaluation of dimensionless aeroelastic coefficients, i.e. flutter der...
The paper studies the intense oscillations sustained by the Volgogradsky Bridge on May 20, 2010. The...
The main ideas of the aerodynamic studies of large bridges are presented in present paper. Main type...
In this study, flutter characteristics of cantilever rectangular plate structure under incompressibl...
Flutter is one of the most serious wind-induced vibration phenomena for long-span bridges and may ca...
Aeroelastic effects are relatively common in the design of modern civil constructions such as office...
"The paper outlines the theoretical and experimental procedure one has to adopt for flutter prevent...
This report investigates an experimental and theoretical discussion of the phenomenon of oscillation...
Cantilever plate flutter in axial flow has attracted more and more attention, as it is a typical mod...
There the study objects are the thin-walled airframes in the non-metal composition materials. The pu...
AbstractThis paper is dedicated to the study of the occurrence of flutter instability in slender pri...
The wind turbine blades often subjected by a phenomenon fluttering which leads to a structural damag...
Stability of bridges and other line-like engineering structures is an important part of their overal...
This thesis discusses the possibility of constructing a suspension bridge crossing the Sognefjord in...