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Kushagra Singh
Kushagra Singh
Mainspring Energy, (former) Purdue University
Verified email at purdue.edu
Title
Cited by
Cited by
Year
A microstructure based approach to model effects of surface roughness on tensile fatigue
K Singh, F Sadeghi, M Correns, T Blass
International Journal of Fatigue 129, 105229, 2019
392019
Fluid–structure interaction modeling of elastohydrodynamically lubricated line contacts
K Singh, F Sadeghi, T Russell, SJ Lorenz, W Peterson, J Villarreal, ...
Journal of Tribology 143 (9), 091602, 2021
202021
Residual stress formation and stability in bearing steels due to fatigue induced retained austenite transformation
D Morris, F Sadeghi, K Singh, R Voothaluru
International Journal of Fatigue 136, 105610, 2020
192020
A CFD-FEM based partitioned fluid structure interaction model to investigate surface cracks in elastohydrodynamic lubricated line contacts
K Singh, F Sadeghi, W Peterson, SJ Lorenz, J Villarreal, T Jinmon
Tribology International 171, 107532, 2022
92022
Fluid–solid interaction modeling of elastohydrodynamic lubrication point contacts
W Peterson, K Singh, F Sadeghi
Journal of Tribology 144 (11), 111601, 2022
72022
The structure of Hindi stop consonants
K Singh, N Tiwari
The Journal of the Acoustical Society of America 140 (5), 3633-3642, 2016
72016
Analysis of stop consonants in Devanagari alphabet
K Singh, N Tiwari
Proceedings of Meetings on Acoustics ICA2013 19 (1), 060287, 2013
72013
A curve-fit traction coefficient relation of mixed EHL line contact with hydraulic fluid and steel surfaces
VHB Manne, A Vacca, K Singh
Tribology Transactions 66 (2), 364-380, 2023
62023
Fundamental relationship between rolling contact fatigue driven surface damage and torsional fatigue
K Singh, F Sadeghi
International Journal of Mechanical Sciences 264, 108831, 2024
22024
Prediction of surface damage behavior in rolling contacts using torsional fatigue results and surface roughness modeling
K Singh, JSML Narasimhan, F Sadeghi
International Journal of Fatigue 179, 108059, 2024
2024
Influence of Surface Features on Tribological and Fatigue Performance of Machine Components
K Singh
Purdue University Graduate School, 2023
2023
Case study: Purdue University's "Clapping Circle": An acoustical investigation
E Wing, S Herr, A Petty, A Dufour, F Hoham, M Merrill, D Samphier, ...
Noise Control Engineering Journal 69 (4), 288-300, 2021
2021
The acoustics of the “clapping circle” at Purdue University
EA Wing, SJ Herr, AD Petty, AK Dufour, FH Hoham, ME Merrill, ...
179th Meeting of the Acoustical Society of America, 2020
2020
Fundamental Relationship between Surface Initiated Micropitting and Torsion Fatigue
K Singh, F Sadeghi
Available at SSRN 4495475, 0
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Articles 1–14