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A strain gauge mounted on the side of a loaded beam indicates the stresses on the beam as shown below. Determine the maximum and minimum principal stresses and the maximum shear stress at this location.
An increment of vertical stress of150kpa compress the sample to a void ratio of1.43. What is the over consolidation ratio of the soil at the unloaded condition.
For construction of an embankment, the soil is transported from a borrowed area using a truck which carries 5.5 m^3 of soil at a time, with the following details: For the Borrowed Pit: bulk unit weight= 16 KN/m^3 and moisture content = 6.7%
The 5-m long cantilever beam using a W410 x 67 standard wide flange section has a distributed load of 1200 N/m placed on it. It is also supported by a cable at B, of length 2 m with a 7 mm2 cross sectional area. What is the force in the wire
What kind of soil labs are good for the construction which is underlying the wet clay is dense sand. For example, compaction, and so on.
Determine the radius of taxiway for a supersonic aircraft to negotiate the curve at a turning speed of 50 kmph. the wheel base is 35m and the thread of main landing gear is 7.5m. the airport is a type A as per ICAO
an ideal reheat rankine cycle with water as the working fluid operates the inlet of the high pressure turbine at 800kpa
Two ships A and B are moving with constant speeds Va and Vb along straight intersecting courses. The navigator of ship B notes the time rates fo change of the separation distance r between the ships and the bearing angle theta.
The coefficient of friction between a car’s tires and the road is such that the car can generate a maximum deceleration of 1.1g without experiencing slip. What is the minimum radius of curvature
Typical water supply at a faucet in any building is conveyed in copper pipe that is ½" in inside diameter, with a wall thickness of 0.040". If the water pressure is 50 psi and the valve is closed (meaning that water is not flowing)
Determine the discharge for (a) commercial steel (b) cast iron (c) smooth concrete and the flow gain if the highest capacity pipe material is chosen over the lowest.
List the densities in solid, liquid and gaseous state. Also compare the densities for each of them and calculate the density it will have in any ideal gas state.
If the car passes point A with a speed of 20m/s and begins to increase its speed at a constant rate of At=0.5m/s^2, determine the magnitude of the car's acceleration when s=100m and x=0.
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