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Browsing by Author Gowthaman, S.
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Showing results 13 to 32 of 39
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Issue Date
Title
Author(s)
2021
Effect of wetting and drying cycles on the durability of bio cemented soil of expressway slope.
Gowthaman, S.
;
Nakashima, K
;
Kawasaki, S.
2021
Evaluating Mechanical Strength of Peat Soil Treated by Fiber Incorporated Bio-Cementation.
Chen, M.
;
Gowthaman, S.
;
Nakashima, K.
;
Kawasaki, S.
2021
Evaluating the Effects of Polymers on Microbially Induced Carbonate Precipitation
Yan, Z.
;
Gowthaman, S.
;
Nakashima, K.
;
Kawasaki, S.
2020
Evaluation on the Performance of MICP Treated Slope Soil Under Acid Rain Environment.
Gowthaman, S.
;
Mohsenzadeh, A.
;
Nakashima, K.
;
Nakamura, H.
;
Kawasaki, S.
2018
Experimental Optimization of Biocement Formation: Alternative Countermeasure for Surface Erosion of Cut Slope
Gowthaman, S.
;
Nakashima, K.
;
Ebina, K.
;
Kawasaki, S.
2021
Experimental Study on Strengthening Near-Surface of Slopes Using Bio-grouting Technique
Gowthaman, S.
;
Nakashima, K.
;
Nakamura, H.
;
Kawasaki, S.
2022-10
Feasibility of bacterial-enzyme induced carbonate precipitation technology for stabilizing fine-grained slope soils
Gowthaman, S.
;
Iki, T.
;
Ichinohe, A.
;
Nakashima, K.
;
Kawasaki, S.
2019
Feasibility study for slope soil stabilization by microbial induced carbonate precipitation (MICP) using indigenous bacteria isolated from cold subarctic region.
Gowthaman, S.
;
Iki, T.
;
Nakashima, K.
;
Ebina, S.
;
Kawasaki, S.
2023
Field experimentation of bio-cementation using low-cost cementation media for preservation of slope surface
Gowthaman, S.
;
Koizumi, H.
;
Nakashima, K.
;
Kawasaki, S.
2020
Freeze-thaw durability and shear responses of cemented slope soil treated by microbial induced carbonate precipitation.
Gowthaman, S.
;
Nakashima, K.
;
Kawasaki, S.
2021
High Water Content Peat Soil Improved by MICP Technique with Fiber-Reinforcement
Chen, M.
;
Gowthaman, S.
;
Nakashima, K.
;
Komatsu, S.
;
Kawasaki, S.
2021
Influence of Cementation Level on the Mechanical Behavior of Bio-cemented Slope Soil Treated by Surface Injection
Gowthaman, S.
;
Chen, M.
;
Nakashima, K.
;
Kawasaki, S.
2022-09
Influence of humic acid on microbial induced carbonate precipitation for organic soil improvement
Chen, M.
;
Gowthaman, S.
;
Nakashima, K.
;
Kawasaki, S.
2020
Influence of wet-dry and freeze-thaw cycles on the physical and mechanical properties of MICP treated slope soil
Gowthaman, S.
;
Nakashima, K.
;
Nakamura, H.
;
Kawasaki, S.
2015
Mechanical behavior of well cement cured in saline water: an application to oil and gas wells
Gowthaman, S.
;
Krishnya, S.
;
Nasvi, M.C.M.
2020
Mechanical Strength of Organic Soil Treated by Fiber Incorporated Microbial Cementation.
Gowthaman, S.
;
Nayanthara, P.G.N.
;
Nakashima, H.
;
Kawasaki, S.
;
Sato, A.
2020
Mechanical Strength of Peat Soil Treated by Fiber Incorporated Microbial Cementation.
Chen, M.
;
Gowthaman, S.
;
Nakashima, K.
;
Kawasaki, S.
2019
Microbial Induced Slope Surface Stabilization Using Industrial-Grade Chemicals: A Preliminary Laboratory Study.
Gowthaman, S.
;
Mitsuyama, S.
;
Nakashima, K.
;
Komatsu, M.
;
Kawasaki, S.
2016
NUMERICAL SIMULATION OF SETTLEMENT BEHAVIOUR OF AXIALLY LOADED PILES USED FOR HIGH-RISE BUILDING.
Gowthaman, S.
;
Nasvi, M.C.M.
;
Krishnya, S.
2017
Numerical Study and Comparison of the Settlement Behaviours of Axially Loaded Piles using Different Material Models.
Gowthaman, S.
;
Nasvi, M.C.M.
;
Krishnya, S.