E. Kushnir
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Researcher
Faculty Researcher
Research Areas
Biography and Research Information
OverviewAI-generated summary
E. Kushnir's research focuses on the mechanics of machine design, particularly in the context of 5-axis machine tools. Their work investigates factors contributing to cutting force excursion, examining geometric and kinematic influences. Recent publications explore the stiffness of machine drives and compare different designs using Schur complement eigenvalues. Kushnir has published 14 papers, with a total of 46 citations, and holds an h-index of 4. They have collaborated with Arturo Aguilar at Harding University on shared publications.
Metrics
- h-index: 4
- Publications: 14
- Citations: 47
Selected Publications
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Cutting force excursion in turning (2023)
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Drives’ stiffness of 5-axis machine designs: Evaluation and comparison by Schur complement eigenvalues (2023)
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Geometric and Kinematic Contributors of Cutting Force Excursion (2022)
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Layout evaluation at earlier stages of machine tool design:form-shaping function-based approach (2016)
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Effect of Machine Tool Structure Dynamic on Machine Cutting Performances (2005)
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Thermal Compensation Algorithm for Machine Tool (2005)
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Application of Operational Modal Analysis to a Machine Tool Testing (2004)
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Determination of Machine Tool Frequency Response Function During Cutting (2004)
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Development of Machine Tool Structure at the Early Stages of Design Process (2003)
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Optimization of Machine Tool Structures Based on Static and Dynamic Criteria (2002)
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Material Considerations in Optimization of Machine Tool Structure (2001)
Collaboration Network
Top Collaborators
- Drives’ stiffness of 5-axis machine designs: Evaluation and comparison by Schur complement eigenvalues
- Geometric and Kinematic Contributors of Cutting Force Excursion
- Cutting force excursion in turning
- Cutting force excursion in turning
- Cutting force excursion in turning
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