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A stainless steel member has a three-dimensional state of stress at a critical location where σx = 50,000, σy = -10,000, σz = 15,000. τxy = -3500, τyz = -1000, and τzx = 2000 psi. Calculate the first, second, and third stress invariants and solve the characteristic equation for the principal normal stresses. Also, calculate the maximum shear stress and draw the Mohr circle representation of the state of stress at the critical point.
Attraction of a Sphere Consider a uniform sphere with radius R and mass M, as shown in Figure 2.59. Determine the gravitational attraction force of M on a particle m at a distance a from the center of M.
what would you expect her rate of breathing at 18,000 ft (5486 m) to be? Usestandard atmospheric conditions.
IN FE analysis, What is effect of modeling a plane stress as plane strain and vice a versa?
Show that the pressure of the gas is the sum of the external (atmospheric) pressure plus the height h of the mercury column multiplied by the weight per unit volume of mercury (as measured at the temperature of interest).
the edges of a thin plate are held at the temperature described below. determine the steady-state temperature
Plot the heat loss through the patio window as a function of the gap spacing for 1 mm ≤ S ≤ 20 mm.
use the newton-raphson method to solve for cumulative infiltration ft using the green-ampt equation for a sandy loam
If the density of the water is 62.4 lb/ft3, what is the mass of water stored in the tower, in lb, when the tank is full? What is the weight, in lbf, of the water if the local acceleration of gravity is 32.1 ft/s2?
the suspended load exerts a force F=600 lb at A, and the weight of the bar OA is negligible. Determine the tensions at the cables and the reactions at the ball and socket support O
the mass of the ball is m2kg and the strings length is l1m. the ball is released from rest in position 1 and swings to
An air-standard dual cycle has a compression ratio of 16. At the beginning of compression, p1 5 14.5 lbf/in.2, V1 5 0.5 ft3, and T1 5 508F. The pressure doubles during the constant volume heat addition process.For a maximum cycle temperature of 300..
Use Castigliano's second theorem to determine the tip deflection of this cantilever with a length L, a constant E I, and a linearly increasing load with a maximum force/length q0. Confirm your result using Table 9.1.
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