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500 lbs 127 Stock Photos and Images

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500 lbs 127 Stock Photos and Images

Norway - Air Force Lockheed P-3C Orion Maritime Patrol Aircraft Stock Photo
RMA7E34T–Norway - Air Force Lockheed P-3C Orion Maritime Patrol Aircraft
The Crossley Machine Co(Incorporated), manufacturers of clay working machinery : pottery, electric porcelain, tile making, clay washing and crucible machinery. . MADE IN ONE SIZE ONLY This press is operated with two treadles Size Height NetWeight ExportWeight DistanceBetweenColumns FloorSpace No. 3 6 ft. 6 in. 1 2,500 lbs. 2,800 20 in. 2y2 x3K ft. TRENTON, NEW JERSEY 127 No. 4 Ceramic Tile Press. This style press made in one size only, willmake one hundred 3:^-inch round or square floortile at one operation, also can be used for makinglarge size tile of any descriptions. Size NetWeight ExportW Stock Photo
RM2AMYP2W–The Crossley Machine Co(Incorporated), manufacturers of clay working machinery : pottery, electric porcelain, tile making, clay washing and crucible machinery. . MADE IN ONE SIZE ONLY This press is operated with two treadles Size Height NetWeight ExportWeight DistanceBetweenColumns FloorSpace No. 3 6 ft. 6 in. 1 2,500 lbs. 2,800 20 in. 2y2 x3K ft. TRENTON, NEW JERSEY 127 No. 4 Ceramic Tile Press. This style press made in one size only, willmake one hundred 3:^-inch round or square floortile at one operation, also can be used for makinglarge size tile of any descriptions. Size NetWeight ExportW
. The action of materials under stress; . r sq. in. ,q z= 5,000 . 0.433 — 2,500 . 0.433 ^ 1,082 lbs. per sq. in. / = 1/(4,375 + 1,082) ^ 4,507 lbs. per sq. inch., or 4,507 . ^ = 1,127 lbs. per linear inch of joint, which value willdetermine the necessary pitch of the rivets for strength. The stress on a joint at right angles to the above can be simi-larly found. An easier process will be given in § 190. 184. Compound Stress is the internal state of stress ina body caused by the combined action of two or more simplestresses (or balanced sets of external forces) in different direc-ti<^ns, as Stock Photo
RM2CDX7KX–. The action of materials under stress; . r sq. in. ,q z= 5,000 . 0.433 — 2,500 . 0.433 ^ 1,082 lbs. per sq. in. / = 1/(4,375 + 1,082) ^ 4,507 lbs. per sq. inch., or 4,507 . ^ = 1,127 lbs. per linear inch of joint, which value willdetermine the necessary pitch of the rivets for strength. The stress on a joint at right angles to the above can be simi-larly found. An easier process will be given in § 190. 184. Compound Stress is the internal state of stress ina body caused by the combined action of two or more simplestresses (or balanced sets of external forces) in different direc-ti<^ns, as
. The Street railway journal . complete the joint. This method of manu-facture insures that every layer of the bond is of equal excel-lence. Some tests on this make of bond were made at the Niagara ReservoirPressureat Start,Lbs. Time BeforeCompressorStarts, Sec. NozzleOperates,Sec. ReservoirPressurewhen NozzleStarts. Lbs. 1 otal I i me PumpOperates,Sec. Voltag IOO 5-8 17.8 82 66 513 I02 5-5 135- 60 224 488 96 54 74 1325 488 IOI 5-3 52.6 70 122.5 485 99 5-3 127.8 55 238-5 5IO 98 4.4 94-4 55 213 500 98 4.6 116.4 72.5 508 99 5-° 55 232 493 IOT 7-4 92 56 198.5 500 98 5.o 3° 76 86 508 96 3-2 33-8 7 Stock Photo
RM2CGP8EP–. The Street railway journal . complete the joint. This method of manu-facture insures that every layer of the bond is of equal excel-lence. Some tests on this make of bond were made at the Niagara ReservoirPressureat Start,Lbs. Time BeforeCompressorStarts, Sec. NozzleOperates,Sec. ReservoirPressurewhen NozzleStarts. Lbs. 1 otal I i me PumpOperates,Sec. Voltag IOO 5-8 17.8 82 66 513 I02 5-5 135- 60 224 488 96 54 74 1325 488 IOI 5-3 52.6 70 122.5 485 99 5-3 127.8 55 238-5 5IO 98 4.4 94-4 55 213 500 98 4.6 116.4 72.5 508 99 5-° 55 232 493 IOT 7-4 92 56 198.5 500 98 5.o 3° 76 86 508 96 3-2 33-8 7
. The car wheel; giving the results of a series of investigations . 25,000 Lbs. Av. Pressure per Sq In 125,000 Lbdl Area .20 Sq. In. 27,000 Lbs. Av. Pressure per Sq. In. 128,571 Lbs. Area .21 Sq.In.. 30,000 Lbs. Av. Pressure per Sq. In. 130,434 Lbs. Area .23 Sq. In. 28,000 Lbs. Av. Pressure per Sq. In. 127,272 Lbs Area .22 Sq In. CONTACTS BETWEEN ,33-IN. CAST IRON WHEEL AND 100-LB. RAIL. 32,500 Lbs. Av. Pressure per Sq. In. 130,000 Lbs. Area .25 Sq. In. 35,000 Lbs. Av. Pressure per Sq. In. 134,615 Lbs. Area .26 Sq. In. 86 with the result that an equihbrium is estabhshed ona smaller area and th Stock Photo
RM2CR90R3–. The car wheel; giving the results of a series of investigations . 25,000 Lbs. Av. Pressure per Sq In 125,000 Lbdl Area .20 Sq. In. 27,000 Lbs. Av. Pressure per Sq. In. 128,571 Lbs. Area .21 Sq.In.. 30,000 Lbs. Av. Pressure per Sq. In. 130,434 Lbs. Area .23 Sq. In. 28,000 Lbs. Av. Pressure per Sq. In. 127,272 Lbs Area .22 Sq In. CONTACTS BETWEEN ,33-IN. CAST IRON WHEEL AND 100-LB. RAIL. 32,500 Lbs. Av. Pressure per Sq. In. 130,000 Lbs. Area .25 Sq. In. 35,000 Lbs. Av. Pressure per Sq. In. 134,615 Lbs. Area .26 Sq. In. 86 with the result that an equihbrium is estabhshed ona smaller area and th
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