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The following layout plan (diagram) is prepared by a designer with no Building Regulations knowledge and your role is to assist him to comply with the Building Regulaitons. Calculate the followings for the Kitchen of Flat F which faces the site boundary with another building beyond this site boundary. Flat F is above a shopping podium.(1) Area of prescribed window(2) Window design of Kitchen F ; and(3) Rectangular horizontal plane with inclined angle -*minimum distance between window of kitchen F and the site boundary
Design Information given:- There are a total of 35 typical storeys, each storey with 2.8 m floor to floor height- There is a roof parapet above the highest storey of Flat F's Kitchen, with a parapet height of 1.1 m
DOOR FORWATER u ET ER CABINET BELOW sCR.C. A/C PLATTOR1.1 ISO mm BELOW . FLOOR LWEL- Please write all your answer (with appropriate sketches) on A4 size papers.
It is required to reduce a pipe of diameter 8 in to a minimum diameter pipe that allows the downstream velocity not to exceed twice the upstream velocity. Determine the diameter of the pipe. Assume smooth transition
Find the magnitude of the nonzero components of stress
A gravel-packed well with an effective diameter of 36 in is to be constructed in an aquifer with T = 2.6 x l04 gpd/ft and S = 2.3 x 10-5. The design flow of the well is 1000 gpm. Calculate the drawdown at the well
The bar is 1m long and its weight, W, acts at its midpoint. The angle is a=30 degrees, and the the spring constant k= 100N/m. The spring in its current position is 1.52m long, and its unstretched length of 1.25 m occurs when the bar is vertical a=..
What percent increase in shear force would be experience on the flat sides of a 40 ft long truck trailer as the truck speed increases from 65 mph to 75 mph? Kinematic viscosity of the air is 1.6x10^4 ft^2/s.
In the previous problem, suppose that the percent reduction were specified to be equal for each pass, rather than the draft.
The traffic light shown in Figure 3 is supported by a system of cables. Points A and B are in a vertical plane which is parallel to x-z plane. Point C is in y-z plane. The traffic light has a mass of 75 kg.
A solid composite shaft is subjected to a 2MN force. Section AB is red brass (E= 120 Gpa), and section BC is AISI 1010 steel (E=200GPa). Find the normal stress in each section and the total axil deformation of the shaft.
we have the I-section made of steel (E = 29,000 ksi) which is to be used as a column, pinned at the top, and fixed at the base. Bracing is to be added in the direction of the weak buckling axis, at an unknown height, H.
The foundation soil for an earth dam has a horizontal hydraulic conductivity of 1.5 x 10-9 m/s and a vertical hydraulic conductivity of 1 x 10-10 m/s. It is proposed to estimate the seepage flow rate through the foundation soil using the flow net ske..
Measurements of water-balance components have been made for a one-year period on a lake with an area of 4.4 km2 with the following results: P = 350 mm, Qsi = 2.33 x 107 m3, Qgi = 2.2 x 105 m3, Qgo = 0.6 x 105 m3, and Qso = .10 x 107 m3.
Find the required depth y as a function of the length x in order for all sections to be equally effective in their resistance to bending
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