Draw the bending moment and shearing force diagranıs for the beam shown. The beam is supported horizontally by the strut DE, hinged at one end to a wall, and at the other end to the projection CD which is firmly fixed at right angles to AB. The beam 7.12

Q: What factors affect the tensile strength of a material?

A: Tensile strength is an intrinsic mechanical property that measures how much pull a material can…

Q: Explain the concept of yield strength and its importance in material testing.

A: Yielding is a vital mechanical characteristic of substances which explains the highest load…

Q: Define elastic and plastic behaviors at the micro and macro levels.

A: The objects which are smaller are termed as microlevel objects. The objects which are larger are…

Q: Define ultimate strength and discuss its significance in material design.

A: Ultimate strength is the other name for tensile or ultimate tensile strength (UTS), which is an…

Q: What are the sources of stress for industrial engineer

A: Solution: Industrial engineer is the one who is responsible for designing, imporovisation, and…

Q: Determine the force in each member of the structure and establish whether the members are in tension…

A:

Q: What is ratio of young's modulus to modulus of rigidity for a material having Poisson's ratio 0.2.

A: Poisson's ratio = 0.2 To Find : Ratio of Young's modulus to modulus of rigidity ?

Q: Explain in some detail why steel is not a mineral

A: Steel is an alloy which is practically man-made. Usually minerals are naturally occurring substance…

Glass

Glass is a brittle, supercooled, non-crystalline liquid. It is a clear amorphous solid, meaning, its atomic arrangements lack a definite pattern and long orderly arrangement. Glass can be thought of as a frozen liquid whose molecular flowability is retarded to much sower rate. Studies and science related to glass is an emerging field, with this, a new branch of materials science and engineering has developed known as, "glass engineering". Glass engineering focuses on the design and development of ceramics, glass, and composites. Engineers in this field test and work on new materials, that can be used in place of the traditional glass in terms of strength and durability. A glass engineer also engages himself in developing new equipment and manufacturing techniques, which can lead to the production of glass with enhanced properties.