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Shubham Chajed

ORCID: 0000-0002-7632-1260
Observed ORCID: 0000-0002-7632-1260
OpenAlex ID: A5091973741
Acoustic Emission (AE) Based Damage Quantification and Its Relation with AE-Based Micromechanical Coupled Damage Plasticity Model for Intact Rocks
2024 · Shubham Chajed, Aditya Singh · Rock Mechanics and Rock Engineering · 69
Microcrack Classification of Rock Salt Under Quasi-static Compression Using Acoustic Emission
2024 · Shubham Chajed, Aditya Singh · Geotechnical and Geological Engineering · 26
Direct acoustic emission (AE) monitoring and micromechanical damage modelling of the Himalayan sandstones under conventional triaxial loading: petrographic integration and model advancement
2025 · Shubham Chajed, Aditya Singh · International Journal of Rock Mechanics and Mining Sciences · 8
A comprehensive regression-based framework for integrating petrographic indices, index properties, and mechanical characteristics of geologically diverse Himalayan Sandstones: Insights from the Lesser, Siwalik, and Purvanchal Ranges
2025 · Shubham Chajed, Aditya Singh · Engineering Geology · 4
AE Event Count-Based Damage Evolution and Its Application in Micromechanical Damage Plasticity Model
2024 · Shubham Chajed, Aditya Singh · Lecture notes in civil engineering · 4
Characterization of Fracture Source Mechanism for Rock Salt Under Quasi-Static Unconfined Compression Test Using Acoustic Emission
2023 · Shubham Chajed, Aditya Singh · Research Square · 1
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Implementation of Acoustic Emission (AE) Energy to Determine the Stress Thresholds of the Devprayag Sandstone Subjected to Compressive Loading
2026 · Shubham Chajed, Aditya Singh · Lecture notes in civil engineering
Acoustic Emission Signature and Volumetric Strain for Identifying the Compaction–Dilatancy Regime of Purvanchal Himalayan Sandstone
2026 · Shubham Chajed, Aditya Singh · Lecture notes in civil engineering
Works count: 8
Citation count: 112
H-index: 4
I10-index: 2
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