| Record ID | marc_records_scriblio_net/part06.dat:82310550:1218 |
| Source | Scriblio |
| Download Link | /show-records/marc_records_scriblio_net/part06.dat:82310550:1218?format=raw |
LEADER: 01218cam 22002651 4500
001 68064838 //r82
003 DLC
005 19820701000000.0
008 710407s1968 paua b 00010 eng
010 $a 68064838 //r82
050 0 $aTA1$b.P35 no. 97
051 $aTG326$b.B75$cCopy 2.
082 $a624/.257
100 10 $aBrielmaier, Alphonse Anthony,$d1905-
245 10 $aNeoprene bridge pads: fatigue behavior in compression and shear,$cby A. A. Brielmaier, J. R. Hoblitzell, Jr., and G. G. Borden in cooperation with Pennsylvania Dept. of Highways [and] Bureau of Public Roads, U.S. Dept. of Transportation.
260 0 $aUniversity Park,$bPennsylvania State University, College of Engineering,$c1968.
300 $axii, 80 p.$billus.$c28 cm.
490 1 $aPennsylvania State University. College of Engineering. Engineering research bulletin B-97
504 $aBibliography: p. 79.
650 0 $aBridges$xBearings$xTesting.
650 0 $aRubber, Artificial$xTesting.
700 10 $aHoblitzell, J. R.,$ejoint author.
700 10 $aBorden, G. G.,$ejoint author.
710 10 $aPennsylvania.$bDept. of Highways.
810 1 $aPennsylvania.$bState University.$bCollege of Engineering.$tEngineering research bulletin$vB-97