Documentos de referencia

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The Incremental Rigidity Method - More-Direct Conversion of Strain to Internal Force in an Instrumented Static Loading Test

Komurka, V. , Moghaddam, R.

GeoCongress, Minneapolis, MN; 2020

Results and Lessons Learned from Converting Strain to Internal Force in Instrumented Static Loading Tests Using the Incremental Rigidity Method

Komurka, V. , Robertson, S.

GeoCongress, Minneapolis, MN; 2020

Use and Comparison of New QA/QC Technologies in a Test Shaft

Hannigan, P. , Moghaddam, R.

GeoMEast 2019

Design and Construction Benefits of Performing a Bi-Directional Test on a Drilled Shaft in Sand, Gravel, and Cobble Deposits

Komurka, V.

Presented at DFI Annual; 2019

Cost and Technical Comparison of Non-Destructive Test Methods for Drilled Shafts

Hyatt, T. , Belardo, D. , Webster, J.

Presented at DFI Annual; 2019

Identification and Quantification of Pile Relaxation

Hannigan, P. , Ryberg, A. , Moghaddam, R.

Presented at DFI Annual; 2019

Dynamic and Static Load Testing: A Cost Savings Approach

Phetteplace, B. , Hyatt, T. , Alvarez, C.

Presented at DFI Annual; 2019

Structural Evaluation of Thermal Integrity Profile Results of Transmission Foundations

Coleman, T. , Weaver, R.

Presented at DFI Annual; 2019

Terminology and Evaluation Criteria for CSL as Applied to Deep Foundations

Sellountou, A. , Amir, J. , Canivan, G. , Chernauskas, L. , Hertlein, B. , Kandaris, P. , Kovacs, T. , Likins, G.

Presented at DFI Annual; 2019

Modulus of Elasticity Impact on Equivalent Top-Loading Curves from Bi-Directional Static Load Tests

Moghaddam, R. , Komurka, V.

GeoCongress; 2019

Empirical Assessment of Base Material for a Drilled Pipe Pile

Moghaddam, R.

Deep Foundations Magazine, Mar/Apr 2019, pgs. 74-78

Drilled Shaft Base Cleanliness and Geometry from Newly Developed Equipment

Moghaddam, R.

Foundation Drilling Magazine; 2019