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1. The T-beam shown below is made of regular weight concrete (specific weight 150 lb/ft3 (pcf)). Determine the dead load per foot length of the beam in pounds per foot (plf). Neglect the weight of the steel reinforcement.
2. An 8-ft high building wall consists of 12-in. clay-brick and 2x4 unplastered wood studs on both sides. Determine the load the wall exerts on the floor in pounds per foot (plf) length of wall.
3. The second floor of a light manufacturing building is constructed from a 5-in. thick stone concrete slab with a 4-in. cinder fill topping (see the figure below). If the suspended ceiling of the first floor consists of metal lath and gypsum plaster, determine the dead load for design in pounds per square foot of floor area.
4. Determine the reactions on the beam. The support at B can be assumed a roller; support at A is a pin.
5. Determine the vertical reactions at the supports A and B. Assume the support at A acts as a roller and the connection at B is a pin.
6. Determine the reactions on the beam. The beam has pin support at A and roller support at B. Note that the support at B is bearing against a sloping surface as indicated in the figure.
a paved parking lot section has a uniform slope over a length of 100 m in the flow direction from the point of a
draw shear and bending moment diagrams determine the maximum stress on the beam (E=2.0E+11Pa) a simply supported beam AB is 5 m long carrying a uniform distributed load of 10kn/m over a 4m span
A simple highway curve is planned to connect two horizontal tangents that intersect at sta. 2500+00.00 at an external angle of 52°. For a design speed of 60 mi/h and a curve radius of about 1.25 times the minimum allowable
a suspension bridge cable of span 100 m and central dip 10 m is suspended from the same level at two towers. the bridge
a level test track has a coefficient of road adhesion of 0.80, and a car being tested has a coefficient of rolling friction that is approximated as 0.018 for all speeds. the vehicle is tested unloaded and achieves the theoretical minimum stop in 1..
A flocculation basin equipped with revolving paddles is 60 ft long (the direction of flow). 45 ft wide, and 14 ft deep and treats 10 mgd. The power input to provide paddle-blade velocities of 1.0 and 1.4 fps for the inner and outer blades,
A room has a floor area of 500 m^2 and a height of 4 m. THe room is involved in a fire with a constant energy release rate of 1 MW. calculate the time till the smoke layer is 1.5 m from the floor for (a) the case where the leakage areas are at the ..
manufacturing process that unintentionally introduces cracks to the surface of a part was used to produce load-bearing components. The design requires that the component be able to withstand a stress of 450 MPa.
Drawdown at a 0.20 m diameter, fully penetrating well, which has been pumping at the rate of 1000 m^3/day for a long enough time that steady state conditions have been reached, is determined to be 0.70 m.
A steel tank with 2.5 m high vertical walls and a flat triangular floor is filled with three immiscible liquids layered upon each other. Two of the walls are 1.2 m long and perpendicular to each other.
the flow profile is such that u=u(max)*(1-(r/R)^2) where u is the flow speed and r is the distance from the centre of the pipe in the radial direction. What is the shear stress on the pipe wall What is the shear force exerted by the oil on a 1m lo..
Air flows into the atmosphere from a nozzle and strikes a vertical plate as shown in Fig. P5.28. A horizontal force of 9 N is required to hold the plate in place. Determine the reading on the pressure gage. Assume the flow to be incompressible and fr..
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