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Numerical Implementation of the Cohesive Soil Bounding Surface Plasticity Model. Volume I

L. R. Herrmann / J. S. DeNatale / Y. F. Dafalias / W. P. Chen

The results of a study of various numerical means for implementing the bounding surface plasticity model for cohesive soils is presented. A comparison is made of the computational efficiency, robustness, and ease of implementation of the completing methods. The comparisons are made on the basis of solutions to three representative geotechnical engineering problems. A very brief description of a computer-aided automated calibration procedure is given along with instructions for using the resulting computer code. An example calibration is reported for a particular cohesive soil. (Author)

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Numerical Implementation of the Cohesive Soil Bounding Surface Plasticity Model. Volume I

L. R. Herrmann / J. S. DeNatale / Y. F. Dafalias / W. P. Chen

The results of a study of various numerical means for implementing the bounding surface plasticity model for cohesive soils is presented. A comparison is made of the computational efficiency, robustness, and ease of implementation of the completing methods. The comparisons are made on the basis of solutions to three representative geotechnical engineering problems. A very brief description of a computer-aided automated calibration procedure is given along with instructions for using the resulting computer code. An example calibration is reported for a particular cohesive soil. (Author)

Numerical Implementation of the Cohesive Soil Bounding Surface Plasticity Model. Volume I

L. R. Herrmann / J. S. DeNatale / Y. F. Dafalias / W. P. Chen

The results of a study of various numerical means for implementing the bounding surface plasticity model for cohesive soils is presented. A comparison is made of the computational efficiency, robustness, and ease of implementation of the completing methods. The comparisons are made on the basis of solutions to three representative geotechnical engineering problems. A very brief description of a computer-aided automated calibration procedure is given along with instructions for using the resulting computer code. An example calibration is reported for a particular cohesive soil. (Author)

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Title:

Numerical Implementation of the Cohesive Soil Bounding Surface Plasticity Model. Volume I

Contributors:

L. R. Herrmann (author) / J. S. DeNatale (author) / Y. F. Dafalias (author) / W. P. Chen (author)

Publication date:

1983

Size:

118 pages

Type of media:

Report

Type of material:

No indication

Language:

English

Keywords:

Soil & Rock Mechanics , Soil mechanics , Soils , Stresses , Strain(Mechanics) , Plastic properties , Mathematical prediction , Mathematical models , Calibration , Optimization , Computerized simulation , Computer programs , MODCAL computer program , Bounding models

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