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K S R K Murthy
K S R K Murthy
Professor of Mechanical Engineering
Verified email at iitg.ac.in - Homepage
Title
Cited by
Cited by
Year
Experimental and numerical investigation of mixed mode fatigue crack growth models in aluminum 6061-T6
S Sajith, K Murthy, PS Robi
International Journal of Fatigue 130, 105285, 2020
582020
Optimum strain gage location for evaluating stress intensity factors in single and double ended cracked configurations
H Sarangi, K Murthy, D Chakraborty
Engineering Fracture Mechanics 77 (16), 3190-3203, 2010
312010
Radial locations of strain gages for accurate measurement of mode I stress intensity factor
H Sarangi, K Murthy, D Chakraborty
Materials & Design 31 (6), 2840-2850, 2010
312010
Adaptive finite element analysis of mixed‐mode crack problems with automatic mesh generator
K Murthy, M Mukhopadhyay
International Journal for Numerical Methods in Engineering 49 (8), 1087-1100, 2000
302000
Mixed mode fatigue crack growth studies in AISI 316 stainless steel
S Sajith, SS Shukla, K Murthy, PS Robi
European Journal of Mechanics-A/Solids 80, 103898, 2020
292020
A new single strain gage technique for the accurate determination of mode I stress intensity factor in orthotropic composite materials
D Chakraborty, K Murthy, D Chakraborty
Engineering Fracture Mechanics 124, 142-154, 2014
262014
Experimental verification of optimal strain gage locations for the accurate determination of mode I stress intensity factors
H Sarangi, K Murthy, D Chakraborty
Engineering Fracture Mechanics 110, 189-200, 2013
252013
A strain gage technique for mode I notch stress intensity factor of sharp V-notched configurations
P Paul, K Murthy, D Chakraborty
Theoretical and Applied Fracture Mechanics 94, 57-70, 2018
232018
Optimum strain gage locations for accurate determination of the mixed mode stress intensity factors
H Sarangi, K Murthy, D Chakraborty
Engineering Fracture Mechanics 88, 63-78, 2012
232012
Experimental determination of mode I stress intensity factor in orthotropic materials using a single strain gage
D Chakraborty, K Murthy, D Chakraborty
Engineering Fracture Mechanics 173, 130-145, 2017
192017
A point substitution displacement technique for estimation of elastic notch stress intensities of sharp V-notched bodies
MK Hussain, K Murthy
Theoretical and Applied Fracture Mechanics 97, 87-97, 2018
162018
A strain gage technique for the determination of mixed mode stress intensity factors of orthotropic materials
D Chakraborty, D Chakraborty, K Murthy
Composite Structures 160, 185-194, 2017
152017
Calculation of mixed mode (I/II) stress intensities at sharp V‐notches using finite element notch opening and sliding displacements
MK Hussain, K Murthy
Fatigue & Fracture of Engineering Materials & Structures 42 (5), 1130-1147, 2019
142019
Determination of KI in orthotropic laminates with double ended cracks using a single strain gage technique
D Chakraborty, K Murthy, D Chakraborty
Theoretical and Applied Fracture Mechanics 82, 96-106, 2016
132016
Unification of stress intensity factor (SIF) extraction methods with an h‐adaptive finite element scheme
K Murthy, M Mukhopadhyay
Communications in numerical methods in engineering 17 (7), 509-520, 2001
122001
Adaptive finite element analysis of mixed-mode fracture problems containing multiple crack-tips with an automatic mesh generator
K Murthy, M Mukhopadhyay
International journal of fracture 108, 251-274, 2001
122001
Fatigue life prediction under mixed-mode loading using equivalent stress intensity factor models
S Sajith, K Murthy, PS Robi
MATEC Web of Conferences 172, 03005, 2018
112018
Mixed mode (I/III) fracture studies using a new specimen setup
SS Shukla, K Murthy, S Sajith
International Journal of Mechanical Sciences 243, 108036, 2023
82023
A new simple specimen for mixed-mode (I/II) fracture and fatigue tests: Numerical and experimental studies
SS Shukla, S Sajith, K Murthy
European Journal of Mechanics-A/Solids 94, 104566, 2022
62022
Accurate measurement of mixed mode (I/II) stress intensity factors using strain gages
H Sarangi, K Murthy, D Chakraborty
Journal of Testing and Evaluation 45 (3), 751-762, 2017
62017
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