Calculating the maximum compression of the bumper spring involved understanding that at maximum compression allof the initial kinetic energy was converted to spring potential energy. This resulted in the follow
Determine the flexibility spring rate (in SI units) for the bellows below, knowing a force of 50 N produced a compression of 4 cm. What is the meaning of tension force? Give examples. Derive why elastic deformation causes volume change. How to find the efficiency of an inclined plane Ho...
Young's Modulus: Young's modulus is a parameter that relates to the amount of stretching of a certain material upon the application of stress. This is applicable whenever the material is still not exceeding its elastic lim...
Calculate the energy stored in a stretched spring constant {eq}\displaystyle 10000\ Nm^{-1} {/eq}(newton per metre) when a force of {eq}200\ N {/eq} is applied to it's end? Energy stored in the spring When the spring is stretched b...
Midpoint of the defect is positioned at ϕ. The angular width of the defect is ϕD and the maximum depth is Dd. When a roller goes over the defect, the elastic deformation in defect district can be written as (9) Figure 4 Open in figure viewerPowerPoint Defect on outer race [...
A stress-strain diagram is plotted during the tensile testing of a material to determine the relationship between the stress and the strain at different loads. Various properties of the material are calculated by using stress-strain diagrams such as modulus of elasticity, modulus of resilience, fr...
A ductile hot rolled steel bar has a minimum yield strength in tension and compression of 350 MPa. Using the distortion energy and maximum shear stress theories . Determine the factor of safety for fo How to calculate the theoretical strain? and t...
The Normal Force: Unlike a push or a pull, some forces aren't so visible, although we can still feel their effects. Once force like this is called the normal force. The normal force opposes gravity and pushes perpendicular out of the surface an ob...
Modulus of resilience: The modulus of resilience is the maximum energy, which can be absorbed divided by the volume upto the elastic limit. It is defined as the area under the stress-strain curve up to the elastic limit. Answer and Explanation:1 ...
Determine the flexibility spring rate (in SI units) for the bellows below, knowing a force of 50 N produced a compression of 4 cm. What is the coefficient of restitution in biomechanics? Calculate the value of mechanical advantage if 300 Newtons of force are needed to overcome a load of 90...