To determine stresses in an internally pressurized thin walled cylinder and compare it with theoretical data. Also find out poison ratio
Course Material
- To verify hooks law by measuring the elongation caused by the load on spring and find spring constant.
- To investigate the relationship between the shear stress and shear strain.
- Study of universal testing machine UTM and observation of compression , tensile and bending test on UTM
- To determine the hardness of different materials by using Brinell hardness test.
- To determine the impact strength (specific impact factors) through IZOD test
- To determine the modulus of rigidity for a given material by using torsion test
- To find the center of gravity of regular and irregular shapes
- To determine the resistive reactions that provided by the supports in beams & compare it with the theoretical values.
- To calculate the deflection of a fix ended beam when a point load is applied at its mid span & compare it with theoretical values.
- To Calculate the deflection of simply supported beam with point load applied at mid span. Also compare it with theoretical value.
- To calculate the deflection of cantilever beam when a point load is applied at its free end and compare it with the theoretical values.
- To find the deflection in set of curved bar of known geometry. Also compare the results with theoretical values.
- To investigate the characteristics of a spiral spring. Determine the spring stiffness of various length of spring.
- To determine stresses in an internally pressurized thin walled cylinder and compare it with theoretical data. Also find out poison ratio
- To investigate the radial and hoop stresses in thick walled cylinder of an internally pressurized cylinder
- To Analyze the behavior of unsymmetrical cantilever beam
- To study polariscope, its operation and applications
- Chapters 17
- Department Mechanical Engineering
- Teacher
Engr.Muhammad Ali Shakir
