01498cam a22003498i 450000100090000000300040000900500170001300800410003001000170007102000310008802000150011903500130013404000270014704100080017404200080018205000210019008200400021110000330025124500720028425000200035626300090037626400320038526400110041730000310042833600260045933700280048533800270051350000200054052005320056052600170109265000390110922660695DLC20260224161702.0220622s2023    nju           001 0 eng c  a  2022023386  a9781119717355q(paperback)  a1119717353  a22660695  aMdU/DLCbengerdacMdU  aeng  apcc00aTA645b.N52 202200a624.171 N6699 2022223/eng/202208081 aNielson, Bryant G.,eauthor.10aStructural analysis :bunderstanding behavior /cBryant G. Nielson.  aSecond edition.  a2209 1aHoboken, NJ :bWiley,c2022 4c©2022  axviii, 506 pages ; c28 cm  atextbtxt2rdacontent  aunmediatedbn2rdamedia  avolumebnc2rdacarrier  aIncludes index.  a"The application of loads to a structure causes the structure to deform. Due to the deformation, various forces are produced in the components that comprise the structure. Calculating the magnitude of these forces and the deformations that caused them is referred to as structural analysis, which is an extremely important topic to society. Indeed, almost every branch of technology becomes involved at some time or another with questions concerning the strength and deformation of structural systems"--cProvided by publisher.  a600-699bCEA 0aStructural analysis (Engineering).