Strain is an important quantity in engineering design and materials science that relates the deformation of a material to its original length, through a percentage. Different materials exhibit particular qualities under loading, for example the amount of strain due to a certain magnitude of force, or the amount of strain that can be borne before failure. This experiment aims to compare the relative strengths of three common truss configurations by measuring the strain in their members under loading. The Queen’s post truss was found to be the best at minimizing strain under similar loading conditions
Lattice truss structures, which are used as a core material in sandwich panels, were widely investig...
Abstract: The purpose of this study is to analyze the post yield behavior of 4 different types of bo...
This paper compares two nondestructive static methods used for the axial load assessment in prismati...
Strain is an important quantity in engineering design and materials science that relates the deforma...
The thesis is focused on strain, strength, and strain analysis of planar truss construction. The pur...
This paper presents an experimental evaluation of three different strain measuring principles. Mount...
The motivation for this research was to apply methods of vibrations testing in order to determine ax...
In this study was to evaluate the impact of the truss structure on stiffness and stress distribution...
This paper presents an experimental evaluation of three different strain measuring principles. Mount...
This paper presents an experimental evaluation of three different strain measuring principles. Mount...
The strain test is a physics experiment to measure the degree of resistance to breaking of any mater...
AbstractStrain measurement is important in mechanical testing. A wide variety of techniques exists f...
The strain test is a physics experiment to measure the degree of resistance to breaking of any mater...
Periodic truss structures can be designed with high specific stiffness and specific strength, exceed...
An investigation was made of a series of diagonal-tension beams to determine the accuracy of previou...
Lattice truss structures, which are used as a core material in sandwich panels, were widely investig...
Abstract: The purpose of this study is to analyze the post yield behavior of 4 different types of bo...
This paper compares two nondestructive static methods used for the axial load assessment in prismati...
Strain is an important quantity in engineering design and materials science that relates the deforma...
The thesis is focused on strain, strength, and strain analysis of planar truss construction. The pur...
This paper presents an experimental evaluation of three different strain measuring principles. Mount...
The motivation for this research was to apply methods of vibrations testing in order to determine ax...
In this study was to evaluate the impact of the truss structure on stiffness and stress distribution...
This paper presents an experimental evaluation of three different strain measuring principles. Mount...
This paper presents an experimental evaluation of three different strain measuring principles. Mount...
The strain test is a physics experiment to measure the degree of resistance to breaking of any mater...
AbstractStrain measurement is important in mechanical testing. A wide variety of techniques exists f...
The strain test is a physics experiment to measure the degree of resistance to breaking of any mater...
Periodic truss structures can be designed with high specific stiffness and specific strength, exceed...
An investigation was made of a series of diagonal-tension beams to determine the accuracy of previou...
Lattice truss structures, which are used as a core material in sandwich panels, were widely investig...
Abstract: The purpose of this study is to analyze the post yield behavior of 4 different types of bo...
This paper compares two nondestructive static methods used for the axial load assessment in prismati...