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National Repository of Grey Literature 4 records found  Search took 0.01 seconds. 
Stress-strain analysis of a chosen fire extinguisher
 Češek, Jakub ; Petruška, Jindřich (referee) ; Novák, Kamil (advisor)
Bachelor’s thesis deals with stress-strain analysis of chosen extinguisher. Within this thesis, different types of closures are summarized and their influence in stress state is thoroughly analyzed. The stress-strain analysis is solved by using momentum shell theory as well as membrane shell theory. At the end of this thesis numerical solutions by using Finite Elements Method (FEM) is performed in Ansys software. All results are compared in conclusion of the thesis.
Detailed record
Stress-strain analysis of a chosen fire extinguisher
 Češek, Jakub ; Petruška, Jindřich (referee) ; Novák, Kamil (advisor)
Bachelor’s thesis deals with stress-strain analysis of chosen extinguisher. Within this thesis, different types of closures are summarized and their influence in stress state is thoroughly analyzed. The stress-strain analysis is solved by using momentum shell theory as well as membrane shell theory. At the end of this thesis numerical solutions by using Finite Elements Method (FEM) is performed in Ansys software. All results are compared in conclusion of the thesis.
Detailed record
Stress-strain analysis of a chosen axisymmetric solid body
 Češek, Jakub ; Štegnerová, Kateřina ; Novák, Kamil
The objective of this bachelor thesis is stress-strain analysis of chosen axisymetric solid body. As a suitable example of axisymetric solid body a fire extiuinguisher's pressure vessel was chosen. In this work is analyzed how the pressure vessel's bottom influences the stress and the deformation. Stress-strain analysis is solved and compared at the level of moment theory as well as membrane shell theory. The results are compared by using FEM in Ansys followed by final conclusion.
Detailed record
Stress-strain analysis of a chosen axisymmetric solid body
 Češek, Jakub ; Štegnerová, Kateřina (referee) ; Novák, Kamil (advisor)
The objective of this bachelor thesis is stress-strain analysis of chosen axisymetric solid body. As a suitable example of axisymetric solid body a fire extiuinguisher's pressure vessel was chosen. In this work is analyzed how the pressure vessel's bottom influences the stress and the deformation. Stress-strain analysis is solved and compared at the level of moment theory as well as membrane shell theory. The results are compared by using FEM in Ansys followed by final conclusion.
Detailed record

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