Sachin S. Terdalkar
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Research Areas
Biography and Research Information
OverviewAI-generated summary
Sachin S. Terdalkar's research focuses on engineering education, particularly the integration of finite element analysis (FEA) and fatigue analysis into mechanical engineering curricula. His recent publications, including those from 2025, explore the development of learning modules designed to enhance student understanding of fatigue phenomena using commercial FEA software. These modules aim to improve knowledge of stress concentrations and static failure for common elements encountered in FEA stress analysis.
Terdalkar has a scholarly output reflected in an h-index of 4, with 11 total publications and 253 citations. He has collaborated with Joseph J. Rencis at the University of Arkansas at Fayetteville on four shared publications. His recent activity indicates ongoing contributions to the field of engineering education.
Metrics
- h-index: 4
- Publications: 11
- Citations: 258
Selected Publications
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Stress Concentrations and Static Failure for Common Elements used in Finite Element Stress Analysis (2025)
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Nanoscale fracture in graphene (2010)
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Mechanics of nanocrack: Fracture, dislocation emission, and amorphization (2009)
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Molecular dynamics simulations of ion-irradiation induced deflection of 2D graphene films (2008)
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Atomistic Mechanism of Ion Beam Deposition Induced Curvature Formation in Thin-Films (2007)
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Graphically driven interactive finite element stress reanalysis for machine elements in the early design stage (2006)
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Combined Approximation Reanalysis Coupled With Finite Element Stress Analysis for Multiple Geometric Changes in Early Design Stage (2005)
Collaboration Network
Top Collaborators
- Nanoscale fracture in graphene
- Graphically driven interactive finite element stress reanalysis for machine elements in the early design stage
- Molecular dynamics simulations of ion-irradiation induced deflection of 2D graphene films
- Combined Approximation Reanalysis Coupled With Finite Element Stress Analysis for Multiple Geometric Changes in Early Design Stage
- Atomistic Mechanism of Ion Beam Deposition Induced Curvature Formation in Thin-Films
Showing 5 of 6 shared publications
- Nanoscale fracture in graphene
- Mechanics of nanocrack: Fracture, dislocation emission, and amorphization
- Molecular dynamics simulations of ion-irradiation induced deflection of 2D graphene films
- Atomistic Mechanism of Ion Beam Deposition Induced Curvature Formation in Thin-Films
- Molecular dynamics simulations of ion-irradiation induced deflection of 2D graphene films
- Mechanics of nanocrack: Fracture, dislocation emission, and amorphization
- Mechanics of nanocrack: Fracture, dislocation emission, and amorphization
- Mechanics of nanocrack: Fracture, dislocation emission, and amorphization
- Nanoscale fracture in graphene
- Nanoscale fracture in graphene
- Nanoscale fracture in graphene
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