The paper deals with the problem of determining the stress state of the pressure vessel (PV) with considering the concrete temperature inhomogeneity. Such structures are widely used in heat power engineering, for example, in nuclear power engineering. The structures of such buildings are quite complex and a comprehensive analysis of the stress state in them can be carried out either by numerical or experimental methods. However, a number of fundamental questions can be solved on the basis of simplified models, in particular, studies of the effect on the stressed state of the inhomogeneity caused by the temperature field
International audienceThe Gas cooled Fast Reactor (GFR) is considered by the French Commissariat à l...
This report describes the second part of an IBM 704 Computer Code to determine transient thermal str...
A transfer–purge chamber (TPC) is a double-steel-plate, heavy-concrete, curved-surface composite str...
The paper deals with the problem of determining the stress state of the pressure vessel (PV) with co...
The use of nuclear energy in the production of electrical power involves substantial structural syst...
AbstractThere is a solution of the problem of stress-strain state determining in the radially inhomo...
This report is concerned with the analysis and its' review of a prestresied concrete reactor vessel ...
Introduction. Energy and hydraulic concrete structures, bridge structures, foundations of buildings ...
Determining the durability of a reactor vessel requires a hygro-thermo-mechanical analysis of the ve...
AbstractTo demonstrate the structural integrity of a reactor pressure vessel, a detailed stress anal...
The paper describes a technique for assessing the thermally stressed state of a concrete massif of a...
The subject of the thesis is the study of temperature effects on a concrete cylindrical structure re...
The paper presents a novel thermomechanical 3D Load-Induced Thermal Strain (LITS) model that capture...
AbstractThere is a solution of the problem of stress-strain state determining in the radially inhomo...
Limited work has been reported on determining the thermo-mechanical stresses in a multilayered compo...
International audienceThe Gas cooled Fast Reactor (GFR) is considered by the French Commissariat à l...
This report describes the second part of an IBM 704 Computer Code to determine transient thermal str...
A transfer–purge chamber (TPC) is a double-steel-plate, heavy-concrete, curved-surface composite str...
The paper deals with the problem of determining the stress state of the pressure vessel (PV) with co...
The use of nuclear energy in the production of electrical power involves substantial structural syst...
AbstractThere is a solution of the problem of stress-strain state determining in the radially inhomo...
This report is concerned with the analysis and its' review of a prestresied concrete reactor vessel ...
Introduction. Energy and hydraulic concrete structures, bridge structures, foundations of buildings ...
Determining the durability of a reactor vessel requires a hygro-thermo-mechanical analysis of the ve...
AbstractTo demonstrate the structural integrity of a reactor pressure vessel, a detailed stress anal...
The paper describes a technique for assessing the thermally stressed state of a concrete massif of a...
The subject of the thesis is the study of temperature effects on a concrete cylindrical structure re...
The paper presents a novel thermomechanical 3D Load-Induced Thermal Strain (LITS) model that capture...
AbstractThere is a solution of the problem of stress-strain state determining in the radially inhomo...
Limited work has been reported on determining the thermo-mechanical stresses in a multilayered compo...
International audienceThe Gas cooled Fast Reactor (GFR) is considered by the French Commissariat à l...
This report describes the second part of an IBM 704 Computer Code to determine transient thermal str...
A transfer–purge chamber (TPC) is a double-steel-plate, heavy-concrete, curved-surface composite str...