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A roof truss tension member is made up of 2L6×4× 1 2 (total A g =9.50 in . 2) of A36 steel as shown. The bolts are - 3 4 -in- diameter. A325-N high-strength bolts in standard holes.
Compute the tensile capacity P for the connection shown. The special note for angle tension connections of given Problem applies.
Problem Design an end connection using longitudinal welds and an end transverse weld to develop the full tensile capacity of the angle shown. Use A36 steel and E70 electrodes.
Note: A reduction coefficient for the computation of the net area for a tension member that does not have all its cross-sectional elements connected to the supporting member is commonly used. This factor is neglected in this text
Determine the displacement and stress fields in the spherical body. Using the stress field obtained, determine the stresses at the surface of a rigid inclusion in an infinite elastic medium.
often the assumption is made that the flow of a certain fluid can be less than 2. if air is flowing through a tube such
at a point on the free surface of an alloy steel e 30000 ksi and v . 3 machine part normal strains of 1000 uinin
Consider a magnet moving in a coil of N, turns. This system can be modelled as mass spring damper system. The damping coefficient consist of both mechanical and electromagnetic damping. How can I calculate the mechanical electromagnetic damping?
The 2-lb weight falls through the height h before striking the head of the stepped bolt. Calculate the largest value of h for which the maximum dynamic normal stress in the bolt does not exceed 40 ksi. Use E = 29 × 103 ksi for the bolt.
a dragster weighing 1600 lbf attains a speed of 270 mph in the quarter mile. immediately after passing through the
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Make a form tool for lathe for making a convex groove of 3 mm radius. tool material will be tungsten carbide. Know the dimensions of tool.
The particle p moves along a space curve describe by the Cartesian coordinates. Describe the given motion in terms of cylindrical and spherical coordinates by finding explicit equations for the coordinates.
air at 120 kpa and 260 k is compressed steadily to 575 kpa and 405 k. the mass flow rate of air through the compressor
We must now rely on the Russians for this capability. Use the principles of engineering economy to examine this decision.
find the derivative of the following function.y5cos10xx3-2x2-6x10using backward difference and central difference
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