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Part 1.
Using the plans for a dwelling and the relevant Australian Standard you are to calculate the bracing required for the building and complete the Bracing Layout Plan.
(The plans are scaled at 1:100 when printed/viewed on A3 size) You are to provide the relevant details of the bracing proposed to be used including any special fixings required.
The building is proposed to be constructed in an area that has been given a Wind Classification of N3.
Part 2
You are to undertake a review of domestic building construction to observe the steps in constructing a residential dwelling. The report should focus on the construction observed during the site inspection of the 24th October Undertake a pictorial and accompanied written analysis of the construction methods observed onsite, commencing from site scrape through to completion ready to hand over to the client. Use your creative talents to showcase the stages of a typical house build, noting both the elements of the building construction identified and detail WHY these elements/methods are being utilised. Reference to relevant standards will also be required.(Allow around 2000 - 2500 words).
If weather becomes a problem, or if some aspects of construction are unable to be observed during the site visit, it may be necessary to obtain images from other sources. Ensure that any sourced images depict Australian construction methods The building process report should use correct terminology in describing the construction process - i.e. avoid ‘trade names' when describing materials.
Facultative stabilization ponds with a total surface area of 6.0 ha serve a community with a waste discharge of 530 m cubed/d at a BOD of 280 mg/l.
A completely reversible heat engine operates with a source at 1500 R and a sink at 500 R. At what rate must heat be supplied to this engine, in Btu/h, for it to produce 5 hp of power
For an SO2 emission rate of 22,000 kg/day and an exhaust gas flow rate of 5.0 million m^3/hour(after the scrubber) measured at 150 C and 1atm pressure, calculate the concentration of SO2 in the exhaust gases(ppm).
A sample of clay was obtained from a point below the water table. An oven-drying test performed on this sample resulted in the following data: Mass of can= 10.88 g Mass of can + wet soil = 116.02 g
Indoor Air quality is greatly affected by Radon, which can cause lung cancer. When we moved to Colorado, we tested the house for Radon and installed a radon mitigation system.
Knowing that the modulus of rigidity is 77 GPa for the steel and 27 GPa for the aluminum, determine the largest angle through which end A can be rotated if the following allowable stresses are not be exceeded
A mixing chamber has two steady streams and one steady stream. The properties of the first stream is superheated steam at T1 = 400oF, h1 = 1,239 Btu/lbm and flow rate m1 = 20 lbm/h. The second stream is compressed liquid at T2 = 70oF, h2 = 38 Btu/lbm..
A coin is tossed and a single 6-sided die is rolled. Find the probability of landing on the head side of the coin and rolling a 3 on the die.
A coal with 6% ash and a heating value of 13,000 Btu/lb is burned in a new power plant. Assume that 30% of the ask falls out as bottom ash in the furnace. Calculate the efficiency of ESP required to meet federal new source performance standards.
The centres of the piers in a bridge are 8.0m apart. The piers are each 0.8m wide. Water flow under the bridge with an upstream depth and velocity of 4.0m and 4.0m/s respectively. The pier has a drag coefficient Cd = 1.5.
A 10 X 106 m3 lake is fed by a polluted stream having a flow rate of 5 m3/s and a pollutant concentration of 10 mg/L. There is also a sewage outfall that discharges 0.5 m3/s of wastewater having a pollutant concentration of 100 mg/L. The stream and s..
If I raise a 1000 lbf weight 100 feet above sea level on earth in 10 seconds how much power will be required
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