See response #6.Faisal Nazir said:
Please tell us your thoughts on this.darin khan said:
Stress in materials refers to the internal forces that are created when an external force is applied. It is a measure of how much a material deforms or changes in shape under the influence of external forces.
The main difference between material A and material B in terms of stress is their response to external forces. Material A may have a higher resistance to stress and therefore will not deform or change as much compared to material B under the same amount of external force.
Stress can affect the properties of materials in various ways. It can cause changes in the material's shape, size, and strength. It can also lead to deformation, fracture, or failure of the material.
The difference in stress between materials A and B can be influenced by several factors such as the composition, structure, and processing of the materials. These factors can affect the material's ability to withstand external forces and its overall strength and durability.
Stress levels in materials can be measured and compared using various techniques, such as tensile testing, compression testing, and shear testing. These methods allow us to apply controlled external forces to the materials and measure their response, ultimately providing a quantitative comparison of stress levels between materials A and B.