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Choose a facility and based on what you are learning in this class, develop an HVAC Design for your facility.Phase One Requirements of Project Site Selection for Heating and Cooling Application Measurements (Types, Square Footage, Number, Size) Windows Walls Doors Exterior Roof Draw a Floor Plan (to scale) and Make Copies (3-4)Phase One Requirements of Project -- Continued Determine Construction Exterior Walls Interior Walls Floors Ceilings Roof Windows Doors Determine Exposure (N, S, E, W, Etc...)Phase Two Requirements of Project Heating Load Calculations for each room of your selected site. Calculations must include all conditions/systems that affect the loads in each room. Phase Three Requirements of Project Cooling Load Calculations for each room of your selected site. Calculations must include all conditions/systems that affect the loads in each room. Phase Four Requirements of Project Cooling and Heating Equipment Selection One to two page Executive Summary to include the Type Facility, Square Footage, Principle Use, Type of space within the Facility, and number of occupants.
The size of the house is 28ftx40ftx10ft. For simplicity, assume the roof is flat, covered with 1-in plywood plus asbestos shingles and has 3 1/2 in of fiberglass insulation. There is a wood subfloor (25/32 in) in the attic and a ahrdwood floor (3/..
A reservoir cover is 12,000 acres and is 20 feet thick. The formation has initial porosity of 0.25. The pore volume compressibility of the reservoir rock is 3.0 x 10^(-6) psi^(-1) .
Determine the deflection at the mid span of a simple beam (wood joist) of a row house. The joist is designed as 2x12@16'' for DL = 12psf and LL=40 psf. The span length of the joist is 18'
If a W14x53 is 20 ft long (simply supported) and is loadeduniformly to its moment capacity what is the maximumdeflection? What will be the uniform load so to get the maximum deflection?
A point load from a pier applies at ground surface which its magnitude is 1000KN. Calculate primary consolidation settlement of the clay layer at a distance of one meter from the point of application of the load.
Using the phi index calculated in part c, determine the volume of direct surface runoff (acre-ft) that would result from the following: hour: 1,2,3,4 ; intensity (in/hr): 0.40,0.05,0.30,0.20. phi index found to be 0.038 in/hr
The 180-lb iron worker is secured by a fall-arrest system consisting of a harness and lanyard AB, which is fixed to the beam. If the lanyard has a slack of 4 ft, determine the average impulsive force developed in the lanyard if he happens to fall 4 f..
In a short section of a channel carrying a steady discharge of 36 m^3/s, the depth is seen to increase from 1.6 m to 1.75 m. The channel is rectangular, 20 m wide with a bedslope of 0.0002 and Manning n of 0.014.
Determine the force required to lift the block of stone that weighs 200 lb. The rollers are frictionless and the static coefficient between all other surfaces is 0.3. Neglect the size and weight of the wedges.
Plot ω vs t, marked by red stars. Label the x-axis, t,and the y-axis, ω. Give the plot a suitable title. Add a legend to the plot describingthe relationship between ω and t. Change the y-axis scale to show the plotfrom estimate ω is -100 to 1100.
how many kilograms each of pearlite and preutectoid phase form? schematically sketch and label the resulting microstructure
A hydraulic jump occurs at the entrance of this channel, with a downstream depth equal to the uniform flow depth. What is the upstream depth, y1, of the hydraulic jump?
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