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Strength Of Materials

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At a point in a strained material, a direct tensile stress of 60 N/mm^2 along x-direction and compressive stress of 40 N/mm^2 along y-direction are applied on a plane right angle to each other.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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What are the assumptions of Euler's Theory in column.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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Define the terms: a) Slenderness Ratio B) Radius of Gyration.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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Consider the following statements in connection with Euler's column buckling theory.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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What was the shortcoming of the Euler's column failure theory? Write Rankine's column crippling theory, indicating the meaning of each them.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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A rectangular column of 230mm x 350mm and 4m long used as a column.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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Find Euler's crippling load for a hollow cylindrical column of 80 mm external diameter and 10 mm thick.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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A hollow cylindrical column, with both ends hinged is 6 m long and has an outer diameter of 120 mm and an inner diameter of 80 mm
strength of materials updated 6.3 years ago by ddigantarroy • 0
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A column of height 12 m is fixed at both the ends. Its c/s is a symmetrical I-section.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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A column of 6m effective length is to be made from 3 plates as shown in fig.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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Locate core (i.e kernel) of the solid rectangular section of width 400 mm and depth 600 mm.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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Locate the core or kernel of I-section with the properties : top and bottom flange: (150 mm x 10 mm) web (280 mm x 10 mm). Overall depth=300 mm.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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Problem on Chimney.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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The masonry pier as shown in fig. is subjected to the 800kN load. If x=0.25 m and y=0.5 m, find the resultant stress intensities at each corner A,B,C,D. Neglect the weight of pier.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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An R.C.C footing is having dimension as shown in fig. It carries 4 load as indicated. Calculate the resultant stress at corners A,B,C,D.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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A concrete dam has the cross-section shown in fig. Determine the maximum and minimum stresses at the base of the dam.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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A short vertical column is of rectangular section 40 cm x 30 cm.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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A concrete dam of rectangular section 15 m high and 6m wide contains water up to height of 13 m.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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Define Core or Kernel of a section. and What do you mean by Middle third rule? Explain with neat sketches.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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Problem on Torsion; Shaft in Series
strength of materials updated 6.3 years ago by ddigantarroy • 0
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For Circular X-section beam, show that maximum shear stress is 4/3 times of the average shear stress.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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A hollow shaft 120 mm external diameter and 100 mm internal diameter is running at 200 rpm.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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Determine the maximum torque that can be applied safely to a solid shaft of diameter 260 mm.
strength of materials updated 6.3 years ago by ddigantarroy • 0
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State the assumption made in derivation of shear stress formula
strength of materials updated 6.3 years ago by ddigantarroy • 0
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Determine the maximum torque that can be applied safely to a solid shaft of diameter 270 mm
strength of materials updated 6.3 years ago by ddigantarroy • 0
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