Determine design load for strength and serviceability limit

Reference no: EM13319583

Determine the design load for strength and serviceability limit states (short-term and long term), for a steel beam in a residential building with the following data;

(a)Beam is 310 UB 40, centre to centre spacing of beam is 3metres

(b) Slab supported by beam is 150mm thick reinforced concrete.

Reference no: EM13319583

Questions Cloud

Four wheel drive sports utility vehicles : English Motors, Ltd. (EML), developed a new all-wheel-drive sports utility vehicle. As part of the marketing campaign, EML produced a video tape sales presentation to send to both owners of current EML four-wheel-drive vehicles as well as to owners o..

How much does the kinetic energy of the system increase : A 1.81 kg block and a 3.62 kg block are initially at rest on a frictionless, horizontal surface, How much does the kinetic energy of the system increase

Explain what mass of chlormethene ch3cl forms : when 20.6gm of methanol and 39.7gm of chlorine under go reaction that has 73.3% yield, what mass of chlormethene CH3Cl forms

Explain endothermic reaction at equlibrium : Consider the following endothermic reaction at Equlibrium; 2 H20(l) 2H2(g)+O2(g) if .5 mol water is added what will happen and why

Determine design load for strength and serviceability limit : Determine the design load for strength and serviceability limit states (short-term and long term), for a steel beam in a residential building with the following data;

Is the flow from point a to point b or vice versa and why : At Point A in a pipeline carrying water (? = 62.4 lb/ft3) the diameter is 3.0 ft, the pressure is 11 psi, and the velocity 4 ft/s. At Point B, 6 ft higher than Point A, the diameter is 2.5 ft and the pressure is 4 psi

Determine how much kinetic energy is lost : A bullet of mass 10.1 g is fired into an initially stationary block and comes to rest in the block. How much kinetic energy is lost

Explain how to draw hgl and egl for the system : Draw HGL and EGL for the system. Assume the water depth in the lower reservoir is 5 m and the depth in upper reservoir is 10m. The pump is located close to the pipe entrance at the lower reservoir.

Explain the stoichiometric coefficient for oxygen : A sample of blood serum is teasted and found to contain testosterone at a concentration of 766 ng/mL. How many grams of testosterone are present in 30.5 mL of this blood? What is the stoichiometric coefficient for oxygen

User Account

All Pages