Deflection at C

Q: Detrmaine reaction of beam? 3 400b/ft A 3' 3' 1' 3' 200b 300b

A:

Q: The frame shown could be subjected to a variety of loads applied at different points. Consider the…

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Q: A beam with hinge supports on both ends has __________ redundant support a. one b. two  c. three d.…

A:

Q: On what is the flexure formula based?

A: The flexure formula is given by: Where, M is the bending moment. I is the moment of inertia. σ is…

Q: Compare the bolt patterns in shear shown below. The distance from the load to the centroid is the…

A: following is the answer and explanation for the above question-

Q: Functionality of each compoenent, from prime mover to propeller. List the main propulsive losses and…

A: A prime mover is an engine that converts fuel to useful work. The prime mover is thus the source…

Q: Before finding the slope or displacement, is it helpful to sketch the deflected shape of the beam?

A: Yes, it is much helpful to sketch the deflected shape of the beam. Before calculating the slope and…

Q: Where is the inflection point situated in the beam?

A: Inflection point is a point on bending moment diagram where bending moment curve changes its sign…

Q: Part of the screw thread connecting the adjacent flank on the bottom of the screw thread is known as…

A: Crest - In the top portion, it joins the sides of the thread. Root - in the bottom portion it joins…

Q: 31 Psi not 30 Psi

A: 31 Psi instead of 30 Psi

Q: QIDiscuss in detail the effect of the Diameter in the Buckling of hollow shaft

A: Buckling : It is a spontaneously bends from straight beam in to curved shape under an axial…

Q: List the more common seal configurations and draw their cross sections.

A: Some of the common seal configurations are : Rod seal Piston seal Face seal

Q: W: In order to increase flexural strength of long beam. its prefer to

A: Let us discuss how flexural strength of long beam in improved.

Q: When does the failure of a beam occur?

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

Slope and Deflection

The slope in a deflected beam is described as an angle in radians made by the tangent of the section with the original axis of the beam. The deflection at any point on the axis of the beam is defined as the lateral displacement of the point before and after loading.