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determine the stress in the meridional directiona doubly curved shell of thickness 8 mm is filled through a liquid under an internal pressure of 20
determine the increase in pressure in vessela thin spherical vessel of diameter 750 mm amp wall thickness 8 mm is filled through water at atmospheric
determine the enhance in volume of the vessela thin spherical vessel of diameter 800 mm and thickness 6 mm is filled through a liquid at an internal
determine the change in diametera thin spherical shell of 18 m diameter is 10 mm thick this is filled with a liquid so that the internal pressure is
determine the magnitude and nature of the stressesa thin spherical hollow steel shell of 400 mm diameter amp 5 mm thickness is immersed into a liquid
determine the maximum pressure applied inside the shella thin spherical shell of 15 m diameter is built by joining steel plates of 8 mm thickness by
determine the minimum thickness requireda thin spherical shell of 2 m diameter is subjected to an internal pressure of 15 nmm2 if the allowable
determine the stresses in the shella thin spherical shell of 15 m diameter amp 8 mm thickness is filled having a liquid at an internal pressure of 15
determine the number of leaves and initial curvaturea leaf spring with a of 140 m consist width and thickness of leaves to be 100 mm and 12 mm
determine the initial radius of curvature a carriage spring defiantly loaded and simply supported at its ends has 12 steel plates each 60 mm wide
determine the maximum stressa laminated spring of the quarter elliptic type 06 m long is to give a static deflection of 80 mm under an end load of
calculate the radius of platesa laminated steel spring simply supported at the ends amp centrally loaded along a of 08 m is needed to carry a
calculate total deflection -two close-coiled helical springstwo close-coiled helical springs are compressed among two parallel plates by a load of
determine the greatest load carried by the composite springsa composite spring contain two close-coiled helical spring associated in series each
open coiled helical springin an open coiled helical spring along with alpha 38o if the inclination of the coil is ignored determine the percentage
determine the maximum permissible axial loadin an open coiled spring of 10 coils the stresses because of bending and twisting are 120 nmm2 and 150
determine the axial extension along a loadan open coiled helical spring is created having 10 turns of a mean radius of 60 mm the wire diameter is 10
find out ratio of strain-energya circular rod of diameter d and length l is fixed at one end and a torque t applied at the other now if any close
determine the ratio between moment and loadany close coiled helical spring of circular section extends 1 mm while subjected to an axial load of w and
find out the strain energy storeda close coiled spring is subjected into an axial moment of 16 n-m if the spring contains 15 coils with wire diameter
determine the springs needed to absorb the energya vehicle weighing 28 kn and running at 25 msec is to be brought to rest by a buffer springs
determine equivalent maximum shear stress in springa close coiled helical spring contains a stiffness of 10 nmm its length while fully compressed
applied load shall elongate the springdesign a close coiled helical spring which shall deflect 100 mm under a load of 600 n the radius of the coil is
determine the diameter of wire - close coiled helical springa close coiled helical spring has to absorb 100 n-m of energy while compressed to 10 cm
determine number of coils and length of the springa close coiled helical spring ought to extend by 120 mm under an axial force of 1200 n if mean coil