What is the method used forfinding the Internal Resultant Loadings?

Q: As the temperature increases the modulus of elasticity will increase. True or false?

A: The Modulus of elasticity connects the stress and strain developed in the material due to the…

Q: What is section modulus?

A: The section modulus helps to calculate the outermost stress in the beam section. It is numerically…

Q: Why must the loading not significantly change the original geometry orconfiguration of the member?

A: The design of the structure is done by the proper design methods, in that all tensile and…

Q: What is the entire area under the stress-strain diagram called?

A: The graphical representation of the stress developed in a material due to the application of the…

Q: What are the Coplanar Loadings?

A: Loadings are said to be coplanar when they all are lying in a plane example :  Plane trusses

Q: How do point loads and uniform distributed load be represented in ?SFD Curved lines and inclined…

A: the point load in shear force diagram represented in horizontal lines the uniform distributed load…

Q: a) Identify the possible failure mode of the shaft and therefore what is the main mechanical…

A: The turbine is best suited for the functioning of electrical generators since it produces…

Q: The maximum force in a rivet in a riveting group under eccentric loading

A: Given: The maximum force in a rivet in a riveting group under eccentric loading

Q: screw dislocation occurs due to region of... * O compression region O tensile region shear stress

A:

Q: Hooke's Law may be applied to relate stress and strain above the proportional limit.   true or…

A: Hooks Law:-As per Hooks stress is directly proportional to the strain within the proportional limit.…

Q: 1- 1. shear test II. magnetic particle III. ultrasonic IV. radiographic tests Which of the following…

A:

Q: Determine the permanent elongation of the bar after removal of the load. [Assume elastic, perfectly…

A:

Q: Is the normal-strain distribution over the cross-section of a beam based on geometric…

A: It refers to the quantification of the adjustment or expansion a body undertakes when exposed to a…

Q: Describe the shear-flow distribution throughout a member's cross-sectional area?

A: The shear flow distribution is the distribution of shear stress over a distance or cross-sectional…

Q: -150 mm 15 mm B C 150 mm -15 mm 15 mm - 100 mm·

A: given;

Q: What is the Constant Load and Cross-Sectional Area?

A: Load: The load is a force that caused the stresses, deformation, and acceleration in the bodies.…

Q: What are the three equations that represent the general form of Hooke’s law for a Triaxial state of…

A: Just like 1D or 2D, Hooke's Law can also be applied to material undergoing three-dimensional stress…

Q: H.W: An aluminum tube is rigidly fastened between a bronze rod and steel rod as shown in the…

A: Given:

Q: 2) Which of the following pairs are NOT correctly matched? Macro stresses - Large scale and may be…

A: Solution:

Q: Define the term Circular Cross Section?

A: A circular cross section refers to a cross-section whose periphery takes the shape of a circle. This…

Q: Define non conservative forces.

A: Given Non conservative forces To find Definition of non-conservative forces

Q: How can the internal bending and torsion at any cross-section best be determined?

A:

Q: - B А The value of toughness is measured the under point Point D to point A B. Zero to point D Point…

A: Dear student, as per the given options there is no correct answer. Please find the explanation…

Q: Choose three types of Reuleaux lower pairs, and answer the following, F.1 Write down their names?…

A:

Q: etermine the percentage of ductility of a metal alloy having the following tensile stress-strain di…

A: given:

Q: How can the torsion formula be applied?

A: Torsion is the moment load applied on the beam or shaft about the polar axis of the beam. When a…

Q: What type 0f stress is being experienced by the wires ab0ve?

A:

Q: When subjected to the principal strains, the element isdistorted. True or False?

A: The principal strain is defined as a strain that occurs at a plane where shear strain is zero. There…

Q: or which of the mechanical properties is the slope method used? A) ductility B) elastic modulus C)…

A: For calculating the elastic modulus we use the slope of the linear region of the stress strain curve

Q: Can the Shear stres also occur during axial loading?

A:

Q: How can the change in length of a statically determinate member be easily calculated?

A: statically determinate member:     Reactions and internal forces cannot be found by statics alone…

Q: Define the term bending stress?

A: The bending stress is the normal stress acting on a body when the body is subjected to a large load…

Q: Which of the following stress strain curve shows an elastic behaviour to very high strain rate O a.…

A:

Q: Q16: Ferrous materials such: a: Mg ---- b: cast iron c: steel d: b+c

A: As per our guidelines, we are supposed to answer only first one question in case of multiple…

Q: Define the term Bending Moment and when is it caused?

A: Bending moment is the reaction induced in the ember when an external force or moment acts on it. It…

Q: What is the purpose of performing the flexure test on concrete?

A: Flexure (Bend) tests are generally used to determine the flexural modulus or flexural strength of a…

Q: How can we determine the maximum allowable intensity of the uniform distributed load?

A: The value of the maximum intensity of the uniformly distributed load that can be withstood by the…

Q: What should be done to obtain the maximum and minimum normal stress?

A: Consider a rectangular section subjected to two-dimensional stresses represented by the following…

Q: What kind of loadings are said to be dynamic?

A: If magnitude, point of application of the load vary with respect to time, then it is known as…

Q: Give an example of how to apply discontinuity functions to describe the loading or internal moment?

A: The Macaulay formula for any load/internal moment, using discontinuity function is:(x-a)n=0…

Q: What is the effective length factor?

A: Effective length is a critical concept in Structural Design which relates to 'the length of a…

Q: Which of the following statement is false related to the theory of simple bending.   The…

A: Opption (d) The value of Young's modulus is not same  is correct option

Q: What are the various stresses induced in the wire rope?

A: Wire rope is made of metal and twisted in the form of a helix. The wire rope consists of several…

Q: Figure a1 Which of the following expressions correctly describes the total strain energy of the beam…

A: Calculated strain energy in beam.

Q: 111) Which one is less harsh than the others? A) natural diamond 8000 B) titanium carbide 2500 C)…

A: 111) Which one is less harsh than the others?A) natural diamond 8000B) titanium carbide 2500C) tool…

Q: ehavior of tensingrity bridge

A: Given Data : Tensegrity bridge

Q: How can the strains that act for some other orientation be determined?

A: calculation of strains.

Q: When does the failure of a beam occur?

A: given: When does the failure of a beam occur

Q: What is the procedure for drawing Mohr’s circle for strain?

A: Given Data⇒Mohr's circleProblem definition⇒Problem says determine what is the procedure for drawing…

Q: The strength constant (C) is increased with increasing of نقطة واحل .temperature True False O

A: From the strain sensitivity equation Yf=Cε˙m Yf=Flow stress C=Strength constant ε˙=Strain rate…

Types of loading

In mechanical terminology, the term load indicates that external force/weight, either constant or variable, acts on a mechanical member/structure. The weight of an object of a specific material is also an external load, and the external force that works on a structure comes under the categories of loading. The external load generates its effects as stress and strain in the structure.