Elizabeth Edwards, University Professor
Department of Chemical Engineering and Applied Chemistry, University of Toronto
Jeffrey Evans, Professor Emeritus
Bucknell University
Richard Fragaszy, former Program Director. Division of Civil, Mechanical, and Manufacturing
Innovation. Directorate for Engineering at the National Science Foundation
Allen Marr, Founder and CEO
Geocomp, Academy of Geo-Professionals
Kerry Rowe, Professor of Geotechnical and Geoenvironmental Engineering
Queen’s University
Vern Schaefer, James M. Hoover Professor in Geotechnical Engineering
Civil, Construction and Environmental Engineering at Iowa State University
Kenichi Soga, Donald H. McLaughlin Professor in Mineral Engineering and a Chancellor’s Professor – Civil and Environmental Engineering, University of California, Berkeley
SAB Project Assignments - August 2021
| Project | RF | JCE | RKR | WAM | VS | KS | EE | |
|---|---|---|---|---|---|---|---|---|
| GROUP 1 – Jason DeJong | ||||||||
| (PR36) MICP Physical Modeling to Assess Liquefaction Mit. | X | X | ||||||
| (PR54) Hayward Baker – Geosyntec – UC Davis MICP Field Trial | X | X | ||||||
| (PR38) Upscaled Numerical Modeling of Biocemented Soils | X | X | ||||||
| (PR4) Liquefaction Mitigation via Microbial Denitrification | X | X | ||||||
| Group 2 – Rosa Krajmalnik-Brown | ||||||||
| (PR1) Microbial Ecology of Stimulated Ureolytic Biocement. | X | X |
||||||
| (PR30) Biofilm Enabled Permeability Reduction in Sands | X | X | ||||||
| (PR58) Restoration of soil crust cover in degraded soils | X | X | ||||||
| (PR63) Bio-based Barriers by Microbial Iron Precipitation | X | X | ||||||
| (PR42) Removal of N and P from ground and surface water | X | X | ||||||
| (PR16) Microbial Metabolic Exploration from Extreme Env. | X | X | ||||||
| (PR7) Microbially Enhanced Iron-Modified Zeolite PRB | X | X | ||||||
| (PR6) Electrokinetics for Mineral Precip. and Remediation | X | X | ||||||
| Group 3 – Ed Kavazanjian | ||||||||
| (PR13) Engineering Applications of EICP - Fugitive Dust Control | X | X | ||||||
| (PR45) EICP for Erosion Control in Sloping Ground | X | X | ||||||
| (PR56) Engineering Applications EICP - Biocemented Columns | X | X | ||||||
| (PR65) Bio-based Scour Protection Underwater Foundations | X | X | ||||||
| Group 4 – Paola Bandini | ||||||||
| (PR9) Tree Root Inspired Foundation and Retaining Systems | X | X | ||||||
| (PR10) Root system evaluation for foundation inspiration | X | X | ||||||
| (PR57) Bio-inspired Radially Expansive Pile Systems | X | X | ||||||
| (PR12) Bio-Inspired Resilient Earthen Construction | X | X | ||||||
| Group 5 – David Frost | ||||||||
| (PR20) Utilitarian Subterranean Annelid-Inspired Geo-probe | X | X | ||||||
| (PR59) Field prototype of self-reaction system for site invest. | X | X | ||||||
| (PR49) Universal Biomechanical Processes for Subsurface Expl. | X | X | ||||||
| (PR66) “Angel Wing” mollusk-inspired hard rock drilling | X | X | ||||||
| Group 6 – David Frost | ||||||||
| (PR67) Bio-inspired underground communication | X | X | ||||||
| (PR48) Snakeskin-inspired Anisotropic Surfaces | X | X | ||||||
| (PR21) Geotechnics of Bio-locomotion and Self-Excav. Systems | X | X | ||||||
| (PR47) Bio-inspired Self-Propelling Sensorial Systems | X | X | ||||||
| Number of Project Assignments | 8 | 8 | 8 | 8 | 8 | 8 | 8 |
