AME 3363 - University of Oklahoma
AME 3363 Information Sheet
Properties of Water (Liquid-Vapor)
v = (1 - x)vf + xvg = vf + x(vg - vf)
u = (1 - x)uf + xug = uf + x(ug - uf)
h = (1 - x)hf + xhg = hf + x(hg - hf)
s = (1 - x)sf + xsg = sf + x(sg - sf)
Ideal Gases
pv = RT, pV = mRT, k = cp/cv, cp = cv + R
Rair = 0.287 kJ/kg(K, kair= 1.4
Steady-Flow Processes
[pic] (Conservation of Mass)
[pic] (Conservation of Energy)
Isentropic Processes
[pic] (constant specific heats)
[pic] [pic] (variable specific heats)
Ideal Otto Cycle
1-2 isentropic compression
2-3 constant-volume heat addition
3-4 isentropic expansion
4-1 constant-volume heat rejection
Ideal Diesel Cycle
1-2 isentropic compression
2-3 constant-pressure heat addition
3-4 isentropic expansion
4-1 constant-volume heat rejection
Ideal Brayton Cycle
1-2 isentropic compression
2-3 constant-pressure heat addition
3-4 isentropic expansion
4-1 constant-pressure heat rejection
Ideal Rankine Cycle
1-2 isentropic compression
2-3 constant-pressure heat addition
3-4 isentropic expansion
4-1 constant-pressure heat rejection
Vapor Compression Refrigeration Cycles
1-2 Isentropic compression in a compressor
2-3 constant-pressure heat rejection in a condenser
3-4 throttling in an expansion valve
4-1 constant-pressure heat absorption in an evaporator
Performance [pic]
Isentropic Efficiency
[pic] (Turbines)
[pic] (Compressors, pumps)
Atmospheric Air
Specific humidity [pic]
Relative humidity [pic]
Total Pressure P = Pa + Pv
Total Enthalpy h = ha + ωhv
Dew Point TDP = Tsat@Pv
Thermal Resistance [pic] (plane walls), [pic] (cylindrical walls)
Heat Exchangers
Q = UA (LMTD) = mcp(To - Ti), LMTD = [(ΔTi) - (ΔTo)] / [ ln(ΔTi /ΔTo)]
(LMTD)cross-flow = F (LMTD)counter-flow
F = function of (P, R)
P = [t2 – t1] / [T1 – t1], R = [T1 – T2] / [t2 – t1],
[pic], [pic]
[pic] [pic]
Boiling and Condensation
Nucleate Pool Boiling [pic]
Critical Heat Flux [pic]
Minimum Heat Flux [pic]
Film Boiling for Cylinders [pic]
Total Heat Transfer in Film Boiling [pic]
Wave-Free Film Condensation [pic] Re ≤ 30
[pic]
Wavy Film Condensation [pic] 30 < Re < 1800
[pic]
Film Condensation over Horizontal Tubes
[pic]
AME 3363 – HW # 8
[pic]
[pic]
[pic]
[pic]
[pic]
[pic]
................
................
In order to avoid copyright disputes, this page is only a partial summary.
To fulfill the demand for quickly locating and searching documents.
It is intelligent file search solution for home and business.
Related download
- sat practice test 7 for assistive technology math test
- quikrete guide specification
- volume of revolution worksheet
- calculations for penetration model rathcoombe
- gcse exam questions on plans and elevations
- ame 3363 university of oklahoma
- further volume and surface area schoolworkout
- maxima and minima nuffield foundation
Related searches
- university of oklahoma academic calendar 2019
- university of oklahoma semester schedule
- university of oklahoma philosophy dept
- university of oklahoma calendar
- university of oklahoma salaries
- university of oklahoma football players
- university of oklahoma continuing education
- university of oklahoma printable map
- university of oklahoma enrollment numbers
- university of oklahoma outreach program
- university of oklahoma extended campus
- university of oklahoma degree