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Wave Equation Analysis of Pile Driving WEAP Program. Volume IV. Narrative Presentation

G. G. Goble / F. Rausche

A computer program was written and tested that performs a realistic Wave Equation Analysis of Piles driven by any type of impact hammer. Conventional pile and soil models were used in addition to both a thermodynamic model for diesels and refined mechanical hammer models. The program development was aimed at providing a simple input and both a flexible and extensive output that includes automatic plotting capabilities. Pile Driving Hammer data were prepared and stored in a file for most of the commonly encountered models. The computer language is FORTRAN 4. This volume is the fourth in a series.

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Wave Equation Analysis of Pile Driving WEAP Program. Volume IV. Narrative Presentation

G. G. Goble / F. Rausche

A computer program was written and tested that performs a realistic Wave Equation Analysis of Piles driven by any type of impact hammer. Conventional pile and soil models were used in addition to both a thermodynamic model for diesels and refined mechanical hammer models. The program development was aimed at providing a simple input and both a flexible and extensive output that includes automatic plotting capabilities. Pile Driving Hammer data were prepared and stored in a file for most of the commonly encountered models. The computer language is FORTRAN 4. This volume is the fourth in a series.

Wave Equation Analysis of Pile Driving WEAP Program. Volume IV. Narrative Presentation

G. G. Goble / F. Rausche

A computer program was written and tested that performs a realistic Wave Equation Analysis of Piles driven by any type of impact hammer. Conventional pile and soil models were used in addition to both a thermodynamic model for diesels and refined mechanical hammer models. The program development was aimed at providing a simple input and both a flexible and extensive output that includes automatic plotting capabilities. Pile Driving Hammer data were prepared and stored in a file for most of the commonly encountered models. The computer language is FORTRAN 4. This volume is the fourth in a series.

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Title:

Wave Equation Analysis of Pile Driving WEAP Program. Volume IV. Narrative Presentation

Contributors:

G. G. Goble (author) / F. Rausche (author)

Publication date:

1976

Size:

69 pages

Type of media:

Report

Type of material:

No indication

Language:

English

Keywords:

Civil Engineering , Soil & Rock Mechanics , Pile structures , Pile driving , Wave equations , Soil properties , Bearing piles , Concrete piles , Stress analysis , Bearing capacity , Pile drivers , User needs , FORTRAN , Soil resilience , WEAP computer program , FORTRAN 4 programming language

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