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P14.011 The pressure tank is fabricated from spirally wrapped metal plates that are welded at the...
The pressure tank in the figure is fabricated from spirally wrapped metal plates that are welded ...
The pressure tank in the figure is fabricated from spirally wrapped metal plates that are welded at the seams in the orientation shown where Assume 53. The tank has an inside diameter of 65 in. and a wall thickness of 0.29 in. Determine the largest allowable gage pressure if the allowable normal stress perpendicular to the weld is 11.9 ksi and the allowable shear stress parallel to the weld is 8.9 ksi es
The pressure tank in the figure is...
The cylinder consists of spirally wrapped steel plates that are welded at the seams in the...
The cylinder consists of spirally wrapped steel plates that are
welded at the seams in the orientation shown. Assume β = 30 ∘ . The
cylinder has an inside diameter of 31 in. and a wall thickness of
0.3125 in. The end of the cylinder is capped by a rigid end plate.
The cylinder is subjected to a compressive load of P = 115
kips and a torque of T = 255 kip-ft, which are applied to
the rigid end...
A cylindrical pressure vessel of 250 mm mean diameter and 6 mm wall thickness is fabricated...
A cylindrical pressure vessel of 250 mm mean diameter and 6 mm
wall thickness is fabricated from a 1.2 m length of spirally welded
pipe AB as shown. Tank gauge pressure is 4 MPa and centric axial
forces P and P1 of 240 kN act through rigid end plates. Determine:
(a) Net longitudinal and hoop stresses. (b) Normal stress acting
perpendicular to weld and shear stress parallel to weld (show
sketch of Mohr’s circle). (c) Determine the Factor of Safety...
The cylinder consists of spirally wrapped steel plates that are welded at the seams in the...
The cylinder consists of spirally wrapped steel plates that are welded at the seams in the orientation shown. Assume β = 20°. The cylinder has an inside diameter of 34 in. and a wall thickness of 0.3750 in. The end of the cylinder is capped by a rigid end plate. The cylinder is subjected to a compressive load of P = 125 kips and a torque of T= 210 kip-ft, which are applied to the rigid end cap in the...
Part The cylinder consists of spirally wrapped steel plates that are welded at the seams in...
Part The cylinder consists of spirally wrapped steel plates that are welded at the seams in the orlentation shown. Assume 35, The cylinder has an Inslde diameter of 33 in. and a wall thickness of 0.3750 in. The end of the cylinder is capped by a rigld end plate. The cylinder is subjected to a nompressive load af P-80 kips and a torque of T-210 kip-ft, which are applied to the rigid and can in the directions shown. Datermina: (a)...
A pressure vessel of 12” outer diameter and 0.2” wall thickness is fabricated by welding plate...
A pressure vessel of 12” outer diameter and 0.2” wall thickness is fabricated by welding plate in spiral into a cylinder that is 4 feet long. The gage pressure inside the vessel is 800 psi and 15 kip axial compression forces are applied to the rigid end caps. Determine the a) the principle stresses in the walls of the vessel, b) the maximum shear stress in the wall of the vessel (in or out of plane), c) the stress normal...
Problem 1 The gas storage tank has a longitudinal welded seam on its cylindrical section. The...
Problem 1 The gas storage tank has a longitudinal welded seam on its cylindrical section. The tank has an inner diameter of 1.40 m and a wall thickness of 6.0 mm. Determine the magnitude of normal stress on the weld if the internal tank pressure is 1.2 MPa. a) 170 MPa b) 140 MPa c) 96 MPa d) 53 MPa e) 1.7 MPa f) 250 kPa WELDED SEAM
A cylindrical pressure vessel is constructed by welding steel plates together. The pressure vessel supports an...
A cylindrical pressure vessel is constructed by welding steel
plates together. The pressure vessel supports an internal pressure
of 240 (psi). In addition the pressure vessel supports an axial
load of 270000 (lbs.). The inner radius of the pressure vessel is
48 (inches) with a wall thickness of 0.3125 (inches). The plates
are welded at 72 degrees from the horizontal. Determine:
a) the stresses perpendicular and parallel to the weld. Show the
stresses on a properly oriented differential element.
The...
12 Section 4. Problem 12 (25 pts.) A cylindrical pressure vessel is constructed by welding steel...
12 Section 4. Problem 12 (25 pts.) A cylindrical pressure vessel is constructed by welding steel plates together. The pressure vessel supports an internal pressure of 250 (psi). In addition the pressure vessel supports an axial load of 230000 (lbs.). The inner radius of the pressure vessel is 56 (inches) with a wall thickness of 0.4375 (inches). The plates are welded at 57 degrees from the horizontal. Determine: a) the stresses perpendicular and parallel to the weld. Show the stresses...
- 3. A propane storage tank is constructed by welding two hemispherical end caps onto a...
- 3. A propane storage tank is constructed by welding two hemispherical end caps onto a cylindrical main body. The cylindrical body is manufactured from a helical welded pipe which has an outside diameter of 750 mm and a wall thickness of 6 mm. The tank is designed to hold gas at an internal gauge pressure of 6 MPa. a) Draw the Mohr’s circle and determine the normal and shear stresses on the weld in the cylindrical main body portion...
The pressure tank in the figure is fabricated from spirally wrapped metal plates that are welded at the seams in the orientation shown where Assume 53. The tank has an inside diameter of 65 in. and a wall thickness of 0.29 in. Determine the largest allowable gage pressure if the allowable normal stress perpendicular to the weld is 11.9 ksi and the allowable shear stress parallel to the weld is 8.9 ksi es
The pressure tank in the figure is...
The cylinder consists of spirally wrapped steel plates that are
welded at the seams in the orientation shown. Assume β = 30 ∘ . The
cylinder has an inside diameter of 31 in. and a wall thickness of
0.3125 in. The end of the cylinder is capped by a rigid end plate.
The cylinder is subjected to a compressive load of P = 115
kips and a torque of T = 255 kip-ft, which are applied to
the rigid end...
A cylindrical pressure vessel of 250 mm mean diameter and 6 mm
wall thickness is fabricated from a 1.2 m length of spirally welded
pipe AB as shown. Tank gauge pressure is 4 MPa and centric axial
forces P and P1 of 240 kN act through rigid end plates. Determine:
(a) Net longitudinal and hoop stresses. (b) Normal stress acting
perpendicular to weld and shear stress parallel to weld (show
sketch of Mohr’s circle). (c) Determine the Factor of Safety...
The cylinder consists of spirally wrapped steel plates that are welded at the seams in the orientation shown. Assume β = 20°. The cylinder has an inside diameter of 34 in. and a wall thickness of 0.3750 in. The end of the cylinder is capped by a rigid end plate. The cylinder is subjected to a compressive load of P = 125 kips and a torque of T= 210 kip-ft, which are applied to the rigid end cap in the...
Part The cylinder consists of spirally wrapped steel plates that are welded at the seams in the orlentation shown. Assume 35, The cylinder has an Inslde diameter of 33 in. and a wall thickness of 0.3750 in. The end of the cylinder is capped by a rigld end plate. The cylinder is subjected to a nompressive load af P-80 kips and a torque of T-210 kip-ft, which are applied to the rigid and can in the directions shown. Datermina: (a)...
A pressure vessel of 12” outer diameter and 0.2” wall thickness is fabricated by welding plate in spiral into a cylinder that is 4 feet long. The gage pressure inside the vessel is 800 psi and 15 kip axial compression forces are applied to the rigid end caps. Determine the a) the principle stresses in the walls of the vessel, b) the maximum shear stress in the wall of the vessel (in or out of plane), c) the stress normal...
Problem 1 The gas storage tank has a longitudinal welded seam on its cylindrical section. The tank has an inner diameter of 1.40 m and a wall thickness of 6.0 mm. Determine the magnitude of normal stress on the weld if the internal tank pressure is 1.2 MPa. a) 170 MPa b) 140 MPa c) 96 MPa d) 53 MPa e) 1.7 MPa f) 250 kPa WELDED SEAM
A cylindrical pressure vessel is constructed by welding steel
plates together. The pressure vessel supports an internal pressure
of 240 (psi). In addition the pressure vessel supports an axial
load of 270000 (lbs.). The inner radius of the pressure vessel is
48 (inches) with a wall thickness of 0.3125 (inches). The plates
are welded at 72 degrees from the horizontal. Determine:
a) the stresses perpendicular and parallel to the weld. Show the
stresses on a properly oriented differential element.
The...
12 Section 4. Problem 12 (25 pts.) A cylindrical pressure vessel is constructed by welding steel plates together. The pressure vessel supports an internal pressure of 250 (psi). In addition the pressure vessel supports an axial load of 230000 (lbs.). The inner radius of the pressure vessel is 56 (inches) with a wall thickness of 0.4375 (inches). The plates are welded at 57 degrees from the horizontal. Determine: a) the stresses perpendicular and parallel to the weld. Show the stresses...
- 3. A propane storage tank is constructed by welding two hemispherical end caps onto a cylindrical main body. The cylindrical body is manufactured from a helical welded pipe which has an outside diameter of 750 mm and a wall thickness of 6 mm. The tank is designed to hold gas at an internal gauge pressure of 6 MPa. a) Draw the Mohr’s circle and determine the normal and shear stresses on the weld in the cylindrical main body portion...
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