0% found this document useful (0 votes)
33 views7 pages

Kuya Jobert Reviewer

The document provides various measurements and specifications related to pumps, boilers, ammonia, heat transfer, calorimetry, thermal conductivity, walls/refractory, heaters, analysis/air-fuel, fans, pistons, Rankine cycle, steam, diesel, heat exchangers, geothermal, cars, combustors, hydro turbines, refrigeration/compressors, Brayton cycle, Otto cycle, airplanes, Carnot refrigerators, and air conditioning including volumes, pressures, temperatures, powers, efficiencies, and other values. The model pump should be 10 times larger and the volume reduced to one-third. A tank with water at 1 MPa contains one-third liquid and two

Uploaded by

Franz Biag
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
0% found this document useful (0 votes)
33 views7 pages

Kuya Jobert Reviewer

The document provides various measurements and specifications related to pumps, boilers, ammonia, heat transfer, calorimetry, thermal conductivity, walls/refractory, heaters, analysis/air-fuel, fans, pistons, Rankine cycle, steam, diesel, heat exchangers, geothermal, cars, combustors, hydro turbines, refrigeration/compressors, Brayton cycle, Otto cycle, airplanes, Carnot refrigerators, and air conditioning including volumes, pressures, temperatures, powers, efficiencies, and other values. The model pump should be 10 times larger and the volume reduced to one-third. A tank with water at 1 MPa contains one-third liquid and two

Uploaded by

Franz Biag
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
You are on page 1/ 7

PUMPS

0.42 m^3/s 2.35 ft 3.71 4 - doubled.

0.71 200 – pump ratio 31.42 hp 4.31 hp

159.3 kpa 23.2 ft 32.2 kw 40.14 hp

33.77 kw – pump municipality 4730 hp – small pump

34.5 liters

51 kw – flexible hose 7.4 kw 8.06 kg/s – kerosene 9.27 kw

63.5 ft – model pump 73.2 psi - gasoline

The model should be 10 times larger. The volume will be reduced to one-third of the original value.

BOILER
1.609 2.51 3.08 % - Industrial Bo. 62.07 %

1.81 – waste heat recovery 212,861 m^3/hr – stocker fired 43852 kJ/kg 62550 kg/hr

12 lb/10^6 Btu 230 hrs - two boiler 45.1 kJ/min

234,019 m^3/hr – stocker fired.

7817.17 kg/hr 80.67 BOILS AUXILIARIES


853 hrs 449.42 F 300 kW

AMMONIA
11.875 2.027 TR 400 mm - twin

110.71 kg/hr 21.9 hp 667

13 – absorber 261.6 ft^3/hr 80 hp - twin

13 hp 27.82 87.6 %

13.14 830 mm - cylindrical flash tank

13.24 TR

16.13 cm
HEAT TRANSFER CALORIMETER
0.63 C – Heat transfer Auditorium 6.2 kJ/kg-k

128.46 kJ/min – household refrigerator

15.82 W/m2-K – Hot gases

15.84 W/m2-C – Cubical tank

168.1 watts – person standing.

17.02 kJ heat added.

2004 kJ

32.77 watts – spherical ball 5 cm

336.46 watts – standing man.

508.24 kJ / 14.12 – cold storage compartment

70.49 Kw

THERMAL CONDUCTIVITY/CONDUCTIVITIES
0.168 – tank liquid nitrogen

1.93 – W/m^2 - vertical furnace firebrick

105.27 – aluminum pan

120 watts – insulated pipe

2185.44 KJ – cold storage compartment

330.10 W – composite wall/brickwork/fiberglass/insulating board.

369 W/m^2

655 MJ – house cold winter

WALL/REFRACTORY RADIATED
19.31 C – white pine 5.34 kW – spherical black body

220 mm – hot side furnace / silica 2851.82 W

41.3 W/m^2-K – insulating refractories.


HEATER ANALYSIS/AIR-FUEL
651 – air heater/economizer 3.5%

2.869 kg/s – feedwater heater 1.055 – gravimetric analysis

3.74 % - DEALER ADVERTISES 1.233 – molal analysis.

1.91 k W – room / baseboard 17.55% - volumetric analysis

5.8 % - house is maintained. 14.17 kg.air/kg.fuel

$59.50 – dollar house 17.65 kg.air/kg.fuel

59.5 kg/kg

FANS
181.8 cfm BITUMINOUS COAL
21.12 m/s 7.526

25.64 kW

7.77 – fan delivers.

9.28 m/s – total head fan

53.69% - fan draws.

58.13 – Student living dormitory

A tank contains exactly one kilogram of water consisting of liquid and vapor in
equilibrium at 1 MPa. If the liquid contains one-third and the remaining is vapor

- 785.92 kJ/kg

PISTON RANKINE REHEAT


0.167 Mpa 171.4 hp 25.32 63.66 C

1.030 ft^3/cycle 1857.13 kJ 25.55%

11.53 cfm 24,000 N/m^2 64%

150 kJ 89.5 kW 5040 kW


STEAM
0.9072 – dryness/most obvious ans. 263.74 liters – wet steam 346 / 866 mm^2

1,054 kJ/kg – steam turbine 299.64 kg 365.64 kw

1.234 kg – mass 37,800 kg/hr

100 hp – steam turbine 3883 kW – turbine stage

104.80 kJ/kg – wet steam

1373.60 – steam turbine 4 inch - diameter pipe

15.25 % - steam engine 576

651.92 m/s

mass of liquid is 80%, mass of vapor is 20% 79.46

96.96 %

NEW
12302.41 mm^3 – Charles Law / New volume

32.39 mL – Flask / New gas

37.5 kW – New friction power / Diesel

40 kW – New power

DIESEL
14.64% P 1.05 2.97 43.34 C 970 kg/m^3

28.00% P 6.87 3,121 kW 5,291,880 cm^3

31.63% P 27127 36.21

45%

65%

HEAT EXCHANGER HEAT GENERATED


44.86% 25,714 kW
GEOTHERMAL (ARALIN)
2 Wells

2933

CAR COMBUSTOR POLE


130 watts 75.38 % 16-POLE

308 kJ

36.28 lbm/hr

FRANCIS IMPULSE PELTON


3.0 m 4.34 0.661 m 1355.73 mm 34452

17.4 deg 17.5 2040 mm

HYDRO CHIMNEY FOUNDATION


2.20 m 0.25 kpa 598

2501.55 kW 98 kpa 183.47

44.33 m 1.28 m

528.57 m

6621 kW

80,080 kW-hrs

REFRIGERATION / REFRIGERATOR
17 TOR 56.9 TR

2.36 761.5 – cool bread loaves

2.7 TOR P 49.59

2240 seconds – watermelons 1.76


COMPRESSOR
11.58 kw – saved by compressor. 233.34 – single acting compressor 85%

1230 CFM – double acting compressor 27.4 TR – freon 87.6%

159.5 hp 49 TR

-179.5 hp

50.25 kW – backwork 61.85 kJ/kg 96 hp

571.62 m3/h – bore and stroke. 62.65 kw – water jacketed. 98 kpa

BRAYTON OTTO AIRPLANE / AIRCRAFT


75 kJ 166.53 663 12 KN

730 K 599 36,077 / 73%

20.20 kg/s

2028 kW

31.97 / 26.88

REVERSED CARNOT / CARNOT REFRIGERATOR


9.1 %

5.02

36.29 – lake

1504 kJ

AIR-CONDITIONING / AIR-COOLED
1.41 hp 20 F - Three thousand cubic feet per minute
If the initial volume of an ideal gas is compressed the one-half its original volume
and to twice its temperature, the pressure = QUADRUPLES

What type of turbine delivers 25,000 bhp at 500 rpm under a net head of 5350 ft?
= IMPULSE TURBINE

CONDENSER
30 GPM – water cooled.

12 F - water cooled.

You might also like