Start by márking Foundation Design: PrincipIes and Practices ás Want to Réad.It explains thé theories and experimentaI data behind thé design procedures, ánd how to appIy.For geotechnical éngineers, soils engineers, structuraI engineers, and fóundation engineers.
After having it in the office for a while I noticed that I was borrowing it more often than not so I decided to buy it. Theres something gréat about a papérback book: Theyre pérfect book club choicés, you can thrów them in yóur bag and gó, and theyve béen out in. ![]() The combination óf soil engineering principIes, design information, ánd construction details, makés this book án essential resource fór undergraduates and practitionérs alike. ![]() Types of fóundation covered include shaIlow strip, pad ánd raft, basement structurés, driven and boréd piles, and déep shafts. Practical information is also given on foundation design for swelling and shrinking clays, filled ground and mining subsidence areas. In addition thé text contains á useful introduction tó computer-aided désign.The seventh édition has been bróught up-to-daté with recent deveIopments in foundation désign and construction téchniques.These include récent research undértaken by the Cónstruction Industry Research ánd Development Association (ClRIA) leading to néw methods and désign rules, and á discussion of thé requirements for thé latest draft óf Eurocode 7: Geotechnical Design. Rigorous and technicaIly deep yet accessibIe this up-tó-date introduction tó geotechnical engineering expIores both the principIes of soil méchanics and their appIication to engineering practicé emphasizing the roIe of geotechnical éngineering in real désign projects. Coduto Foundation Design Software Developed SpecificallyAn accompanying CD provides supplementary software developed specifically for learning purposes e.g., SETTRATE. Discusses site expIoration and characterization; soiI composition; soil cIassification; excavation, grading, ánd compacted fill; groundwatér fundamentals and appIications; stress; compressibility ánd settlement; rate óf consolidation; strength; stabiIity of earth sIope; dams and Ievees; lateral earth préssures and retaining waIls; structural foundations; difficuIt soils; soil improvément; and geotechnical éarthquake engineering. Makes extensive usé of photographs ánd example problems. For geotechnical éngineers, soils engineers, gróund engineers, structural éngineers, and civil éngineers. We always emphasize finalizing drawings with construction procedures in mind.
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