In the figure, find the length c of the overhangs so that the beam made of U profile can carry the loading safely. The allowable stress (oç) emn = 50 N / mm2, (ob) emn = 80 N / mm2 for the tensile and compression conditions of the material. The support range of the beam is L = 6 m, cross -section dimensions a = 210 mm, b = 150 mm and wall thickness t = 40 mm. The loading condition isP = 30 kN and qo = 40 kN / m.

Q: Define the following terms and describe their functions in the design, production, and utilization…

A: introduction; processing- In terms of processing when any object to be manufactured in industry by…

Q: What are the three Dimensions Mechanics of Materials?

A: Mechanics of material: The mechanics of material is the subpart of the physics in which the…

Q: Materials, Properties and Testing Describe, with examples, the effect mechanical processes have on…

A:

Q: 1. If failure occurs in tension, why is shear important? Why is torsional load called pure shear?

A: Solution:

Q: Why is a  thorough understanding of the fundamentals of the mechanics of materials of vital…

A: The steps used in designing of a machine element or structure are as follows: 1.Specify function of…

Q: Describe the effect that normalising has on material properties.

A: Normalizing:  It is a type of heat treatment process which is used to the ductility of any metal by…

Q: What are the Conceptual problems that occur in mechanics of materials?

A: There are many conceptual problems that can occur in the mechanics of materials such as

Q: How is ductile iron different from malleable iron?

A: This question is based on the concept of types of Iron.

Q: When a material does not have a definitive proportional limit, then how is the modulus of elasticity…

A: The above question is based on the material that does not have a definitive proportional limit, i.e…

Q: Hardness is correlated primarily with which of the following material properties? (This question has…

A: Measurement of resistance to plastic deformation which is localized. And resistance for scartching.…

Q: - Differentiate between engineering stress and true stress.

A: Stress: It is the ratio of the load applied on the body per unit area

Thermal Properties of Materials

In mechanical engineering, the thermal property is represented as the physical quantity that is relevant to the application of heat. The thermal properties are evaluated by variations in any specific material due to low heat or high heat. The quantities that influence the thermal property of the materials are mass, density, temperature, and many others.