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RESEARCH INTEREST

  • Advanced Geotechnical Laboratory Testing

  • Soil Dynamics

  • Ground Improvement Method

  • Insitu Cyclic Response of Soil

  • Blast Induced Soil Liquefaction

  • Soil-Structure-Interaction  

  • Instrumentation for the Novel Large Scale Field Experiments

  • Rock Mechanics and Rock Dynamics

  • Unsaturated Soil Mechanics

  • Slope Stability and Landslide Assessment

RESEARCH PROJECTS

1. National Science Foundation (2017-2020). “Collaborative Research: Bridging the In-situ and Elemental Cyclic Response of Transitional Soils,” Armin W. Stuedlein (PI), T. Matthew Evans (Co-PI); In collaboration with Kenneth Stokoe and Brady Cox, The University of Texas at Austin

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2. Port of Portland in Collaboration with the Cascadia Lifelines Program (2017-2019). “Deep, In-situ Dynamic Response of Liquefiable Soils,” Armin W. Stuedlein (PI).

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3. National Science Foundation (2019-2020). “Role of Spatial Variability in Liquefaction Consequence Severity,” Armin W. Stuedlein, (PI), in collaboration with Chris McGann and Brendon Bradley, University of. Canterbury, New Zealand.

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4. Oregon Department of Transportation, ODOT (2017-2019), “Determining the Post-Blast Liquefaction Strength of Silt,” Armin W. Stuedlein (PI)

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5. Cascadia Lifelines Program (2020-2021), “Advancing the Practice of Cyclic Softening Assessments of Silt Soils.” Armin W. Stuedlein (PI)

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6. Pacific Earthquake Engineering Research Center PEER (2021-2022), “Advancing Triggering criteria, Estimation of permanent deformations.” Armin W. Stuedlein (PI)

7. National Cooperative Highway Research Program (NCHRP), Transportation Research Board (TRB), Federal Highway Administration (FHA) (July, 2021-Present). “Proposed AASHTO Specifications for Design of Piles for Downdrag,” Professor Armin W. Stuedlein (Co-PI), Professor Richard Coffman (PI), University of Arkansas and Professor Aaron Budge (PI), Minnesota State University.

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                                   SPONSORED RESEARCH

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PIs                             Project Title                                                       Source                Role     Total Amount      Dates

Jana, A.          Soil-Specific Ground Motion Model for the          NSF- CRESCENT            PI            $30,000        8/24-8/25                             Equivalent Number of Loading Cycles for                                                                                                                                       Subduction Zone Earthquakes and Cyclic                                                                                                                                         Failure Assessments


Jana, A.,          Dynamic in-situ Responses and Liquefaction      National Science           Co-PI           $1,000,000    1/25-12/27   

Stuedlein, A    of Gravelly Soil Deposits.                                     Foundation (NSF)   
                        (CMMI AWARD # 2420070)


Jana, A.           CE: Universal Soil Dynamic System                    
Equipment Fee Allocation   PI            $36,466         4/25-4/26

                                                                                                      Committee (EFAC)

                                                                                                       Grant MSU

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Jana, A.          Improving Civil Geotechnical                                Bryan Innovative                  PI           $10,000         3/25-9/26

                       Engineering Education with                                   Instructional Grant

                       Evidence-Based Instruction and                             Program, MSU

                       Laboratory Demonstration Models


 

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