Discuss in detail about the pre stressing system,

Q: What is the difference between normal, shear and bearing stress?

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Q: what are the advantages and disadvantages of working stress design and ultimate strength design…

A: The advantages of working stress design :  1. it is simple method  2. it is a very simple method so…

Q: on (circumferential): 65 000 psi yield stress in shear (longitudinal): 32 000 psi (a) Determine the…

A:

Q: A 200 mm x 220 mm timber post is subject to an unknown axial compressive load (F) that is eccentric…

A: As per bartleby guidelines, only 1st 3 parts among multiple parts questions need to be solved.…

Q: are the advantages and limitations of pre-stressing

A: Reinforced concrete is concrete with steel bars inside. The bars are placed in a form and the…

Q: Define Total Stress Method.

A: The total vertical stress method is defined as method which is used for determining the stress…

Q: What is the average stress at section B-B? (Figure 1) Note: Give me right solution with clear…

A: Since, thickness of the section is not given  Assuming, thickness of the section, t = 1"

Q: a. What is the maximum stress at the bottom of the beam immediately after installation?

A:

Q: Discuss Laboratory Shear Strength Tests

A: Shear strength of Soil : Shear strength of the soil is defined as the resistance of soil offered to…

Q: 5. The 28-day compressive strength for, is about 7-15 MPa (a. Insulating Lightweight Concrete, b.…

A: The concrete is transported to your location after the mixing procedure is complete. The concrete is…

Q: How does the Elastic rebound results?

A: Earthquakes are basically produced by the brittle deformation of rocks. The lithosphere (which is…

Q: A timber beam 97 mm wide by 160 mm high is subjected to a verrical shear V25 kN. Determine the…

A:

Q: 6. A rectangular 12m x 9m coal pillar is located 100m below surface. Panel road widths are 7m,…

A: The question is based on the rectangular coal pillar located below the surface. The dimension of the…

Q: How an eccentric straight prestressing tendon can supress tensile stresses and prevent cracking in a…

A: Pre-stressing is the technique to stress the concrete artificially so that it develop the resistant…

Q: Discuss about the pre stressing system,and anchorages and pre stress losses in detail.

A: Prestressed concrete works on the idea that compressive stresses produced in a concrete member by…

Q: 5) What is the role of the cover on the rebars in reinforced concrete sections? A) Cross-sectional…

A: Covers are use to prevent from the environmental exposure of the bars.

Q: Describe the Effect of Tension Cracks.

A: Tension cracks are defined as the cracks which appear on the soil surface where the stability…

Q: What is the minimum allowable thickness for a 24 inch steel pipe under an internal pressure of 125…

A: As per the ASME code, the equation for minimum allowable thickness is- t= PD/2(SE+PY)…

Q: A beam 10 meters long 400mm x 600mm in cross-section is post-tensioned with a tendon 550 sq. mm. in…

A: Data is as given

Q: What is the Maximum In-Plane Shear Strain?

A: The Maximum in-plane shear stress is explained as below, The maximum shear stress of the plane that…

Q: Q. 3: Discuss about the pre stressing system, end anchorages and pre stress losses in detail.

A: NOTE - Hi! Thank you for the question As per the honor code, We’ll answer the first question since…

Q: Explain the Vertical Stress Due to a Line Load ?

A: The Vertical Stress Due to a Line Load:

Q: 1200 psi. Compute for the stress c

A:

Q: A 6 inches diameter rivet undergoes a shear force of V=1750 pounds. Find the average shear stress in…

A: Question is based on a rivet connection. Diameter of rivet and Shear force on rivet are given in the…

Q: section. Find the maximum tensile stress fbtMAX and maximum compressive stress

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Q: Discuss about the pre tensioning and post tensioning procedures in detail.

A: Pre tensioning: Pre-tensioning is done by stretching wires or strands called tendons between two…

Q: Pls answer thank you! A water tank 394 inches m x 472 inches is completely filled with water.…

A: Given:- h=472 in=11.9888 mσt=50 MPa,D=394 in=10.0076 m   To find the thickness (t) -

Q: (b)/What do you mean by loss of prestress? Give a detail account of various losses of prestress in…

A: Brief concept- Prestress concrete- It is a structural material that allows engineers to apply…

Q: An anchor bolt connection secures a wood plate to a foundation wall as shown. The -in- diameter…

A: Given: The diameter of the steel anchor bolt is =38 inch The diameter of mini. thread dimension is =…

Q: Discuss Allowable Stress Design

A: MAIN CONCEPT OF DESIGN: load<resistance ALLOWABLE STRESS DESIGN is one of the design concept. In…

Q: PCS Problem 105: Bearing Stress Explain briefly the purpose ot the bearing plate between the steel…

A: #Explain briefly the purpose of the bearing plate between the steel column and the concrete…

Q: Please solve completely and clear What is the minimum allowable thickness for a 24 inch steel pipe…

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Q: Find the stress in the concrete immediately after

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Q: Draw the Stress-Strain Diagram and label it properly.

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Q: Describe Mohar’s theory of rupture

A: In general practice different materials are acted upon by different combination of  stresses. As a…

Q: Determine the maximum height(FT)

A: ESTIMATION:

Q: A block of rock in the roof is 12 meters long, 6 meters long and 2 meters thick. This rock is…

A:

Q: Describe about the effective stress path.

A: Stress path is defined as curve in which the changes in stress values with change in load acting on…

Q: What will be max. height that the water tank that may become full if the max. tangential stress is…

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Q: Compute the maximum value of Q for the pipe. (b) What is the maximum vertical shear stress in the…

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Q: A wood stave pipe, 48 in inside diameter, is bound by flat steel bands 4 in wide and 3/4 in thick.…

A: The given data is shown below:

Q: Determine stress value

A: This question is related with solid mechanics . In this question we are provided with value of…

Q: Write in detail about the basic concepts of working stress method and ultimate strength method

A: The working stress method of design is completely based on the elastic theory. In this method of…

Q: Define Osterberg Load Cell.

A: The Osterberg cell is also known as O-cell and it is named after Dr. O. Osterberg. The cell has high…

Q: The masonry pier is subjected to the F = 780 kN load. Consider x = 0.25 mm and y = 0.5 mm. Neglect…

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Q: .5: Write in detail about different methods of pre-stressing. Also write about the erection nits in…

A: Solution: Pre-stressing is a procedure that is utilized in both concrete and steel buildings. The…

Q: A rectangular steel beam, (75) mm wide by (150) mm deep, is loaded as shown in figure. Determine:…

A: Given data, Beam dimension = 75×150 mm Load = 8 kN/m Beam span = 4 m To find :- Maximum stress in…