Theses most similar to Experimental and theoretical investigation of constant rate of strain consolidation (González, Jorge H. (Jorge Hugo), 1971-; 2000) read it
Evaluation of SHANSEP strenth-deformation properties of undisturbed Boston blue clay from automated triaxial testing
Angliviel de La Beaumelle, Axel Christian Luc (1991)
- Advisors: Charles C. Ladd; John T. Germanine
- Department of Civil and Environmental Engineering
- Advisor: Charles C. Ladd
- Department of Civil and Environmental Engineering
Experimental and numerical study of primary consolidation of soft clay
Korchaiyapruk, Attasit, 1977- (2007)
- Advisor: John T. Germaine
- Department of Civil and Environmental Engineering
Normalized mechanical properties of resedimented Gulf of Mexico clay from Integrated Ocean Drilling Program Expedition Leg 308
Mazzei, David P. C. (David Peter Clark) (2008)
- Advisor: John T. Germaine
- Department of Civil and Environmental Engineering
- Advisor: Herbert H. Einstein
- Department of Civil and Environmental Engineering
The influence of effective consolidation stress on the normalized extension strength properties of resedimented Boston blue clay
Moniz, Safia R (2009)
- Advisor: John T. Germaine
- Department of Civil and Environmental Engineering
Engineering properties of Resedimented Ugnu Clay from the Alaskan North Slope
Jones, Cullen A. (Cullen Albert) (2010)
- Advisor: John T. Germaine
- Department of Civil and Environmental Engineering
A study of the effects of environmental changes on the stress-strain properties of kaolinite
Wissa, Anwar E. Z (1961)
- Advisor: T. W. Lambe
- Department of Civil and Sanitary Engineering
Laboratory evaluation of the constant rate of strain and constant head techniques for measurement of the hydraulic conductivity of fine grained soils
Adams, Amy Lynn (2011)
- Advisor: John T. Germaine
- Department of Civil and Environmental Engineering
Development of framework for soil model input parameter selection procedures
Korchaiyapruk, Attasit, 1977- (2000)
- Advisor: John T. Germaine
- Department of Civil and Environmental Engineering