Sudhanshu Rathore
Also known as: Rathore S.
Danmarks Tekniske Universitet, Indian Institute of Science Bangalore, Indian Institute of Technology Guwahati
About
Driven geotechnical engineer with a recently completing PhD in soil/rock-machine interaction in model excavation}. Proficiency in understanding offshore geotechnical operations like Dredging. Experienced in laboratory testing, analyzing complex data and utilizing image analysis methods. Published research in leading civil engineering journals and presented research findings at international and national conferences, showcasing my ability to contribute to the field. Academic career honed my skills in independent learning and problem-solving. Seeking to apply my advanced technical knowledge and experience to contribute to innovative solutions in the geotechnics industry. Passionate to continuously develop skills and adapt to evolving challenges.
Research interests: • Experimental geomechanics • Laboratory and field testing, • High strain rate response of granular materials • Digital image analysis • Dynamic behaviour of materials
Geotechnical Testing:
Soil index properties determination tests – sieve analysis, consistency limits, water content, relative density
Elemental testing equipment like tri-axial setup, direct shear apparatus, unconfined compression,
permeameters, oedometer test etc. and some field-testing methods
Miscellaneous:
Physical modeling – ploughing/cutting of granular materials
Image-based deformation analysis using MATLAB
Split Hopkinson Pressure bar tests
Geo-environmental testing:
Toxicity Characteristic Leaching Procedure (TCLP) Tests
Employment
-
Danmarks Tekniske Universitet Post Doctoral Fellow2025 - Present
Education
-
Indian Institute of Science Bangalore Ph.D. and M.Tech. (Research)2018 - 2025
-
Indian Institute of Technology Guwahati B.Tech? - 2018
Projects & Funding
Projects & funding information is unavailable.
Publications (7)
- Cutting, Localization and Damage in Soft Rocks Save
- Localization and deformation in laponite sand mixtures Save
- Understanding shear bands in granular media through in-plane ploughing experiments at different strain rates Save
- Transient phase in shear zone formation in sands Save
- Geotechnical Assessment of Steel Slag for River Embankments Save
- Flow bifurcations during in-plane cutting of different granular materials Save
- Characterization of Steel Slag as Geo-material Save