Computer Methods in Biomechanics and Biomedical Engineering

Sharma, S. K. , Duvedi, R. K. , Bedi, S. , & Mann, S. . (2020). Computer-Aided Design and Applications. Five-axis tool positioning of a toroidal end mill tool near common edge between two intersecting surfaces. Retrieved from

Kvinevskiy, I. , Bedi, S. , & Mann, S. . (2020). International Journal of Advanced Manufacturing Technology. Detecting machine chatter using audio data and machine learning. Retrieved from

Sharma, S. K. , Duvedi, R. K. , Bedi, S. , & Mann, S. . (2019). International Journal of Advanced Manufacturing Technology. A method for generating multiple solutions for multipoint five-axis tool positioning. Retrieved from

Hurst, A. , Rennick, C. , & Bedi, S. . (2019). Proceedings of the International Conference on Engineering Design, ICED. A “lattice” approach to design education: Bringing real and integrated design experience to the classroom through engineering design days. Retrieved from

Sharma, S. K. , Duvedi, R. K. , Bedi, S. , & Mann, S. . (2019). International Journal of Machine Tools and Manufacture. A multipoint tool positioning method for five-axis machining in the region of two intersecting tensor product Bézier surfaces. Retrieved from

Duvedi, R. K. , Bedi, S. , & Mann, S. . (2018). International Journal of Advanced Manufacturing Technology. Numerical implementation of drop and tilt method of five-axis tool positioning for tensor product surfaces. Retrieved from

Rennick, C. , Hulls, C. , Wright, D. , Milne, A. J. B. , Li, E. , & Bedi, S. . (2018). ASEE Annual Conference and Exposition, Conference Proceedings. Engineering design days: Engaging students with authentic problem-solving in an academic hackathon. Retrieved from

Duvedi, R. K. , Bedi, S. , & Mann, S. . (2018). International Journal of Advanced Manufacturing Technology. An efficient multipoint 5-axis tool positioning method for tensor product surfaces. Retrieved from

Jawanda, A. S. , Batish, A. , & Bedi, S. . (2018). International Journal of Advanced Manufacturing Technology. Adaptive ball drop algorithm for toolpath generation of axisymmetric triangulated parts to eliminate overcutting. Retrieved from

Sood, S. , Duvedi, R. K. , Bedi, S. , & Mann, S. . (2018). Procedia Manufacturing. 3D representation and CNC machining of 2D digital images. Retrieved from

Duvedi, R. K. , Bedi, S. , & Mann, S. . (2017). International Journal of Advanced Manufacturing Technology. Drop and tilt method of five-axis tool positioning for tensor product surfaces. Retrieved from

Hurst, A. , Mostafapour, M. , Al-Hammoud, R. , Prier, A. , Jobidon, E. , Hulls, C. , Rennick, C. , et al. (2017). ASEE Annual Conference and Exposition, Conference Proceedings. Practicing what we preach: A multi-disciplinary team teaching multi-disciplinary teamwork. Retrieved from

Hurst, A. , Jobidon, E. , Prier, A. , Khaniyev, T. , Rennick, C. , Al-Hammoud, R. , Hulls, C. , et al. (2016). ASEE Annual Conference and Exposition, Conference Proceedings. Towards a multidisciplinary teamwork training series for undergraduate engineering students: Development and assessment of two first-year workshops. Retrieved from

Duvedi, R. K. , Bedi, S. , Batish, A. , & Mann, S. . (2016). International Journal of Advanced Manufacturing Technology. The edge–torus tangency problem in multipoint machining of triangulated surface models. Retrieved from

Duvedi, R. K. , Batish, A. , Bedi, S. , & Mann, S. . (2015). Computer-Aided Design and Applications. Scallop height of 5-axis machining of large triangles with a flat end mill. Retrieved from

Roman, A. , Barocio, E. , Huegel, J. C. , & Bedi, S. . (2015). Advances in Mechanical Engineering. Rolling ball method applied to 3==-Axis machining for tool orientation and positioning and path planning. Retrieved from

Duvedi, R. K. , Bedi, S. , Batish, A. , & Mann, S. . (2015). International Journal of Advanced Manufacturing Technology. Numeric implementation of drop and tilt method of 5-axis tool positioning for machining of triangulated surfaces. Retrieved from

Lochner, S. J. , Huissoon, J. P. , & Bedi, S. S. . (2014). Computer-Aided Design and Applications. Simulation Methods in the Foot Orthosis Development Process. Retrieved from

Bolaños, G. S. , Bedi, S. , & Mann, S. . (2014). International Journal of Advanced Manufacturing Technology. A topological-free method for three-axis tool path planning for generalized radiused end milled cutting of a triangular mesh surface. Retrieved from

Duvedi, R. K. , Bedi, S. , Batish, A. , & Mann, S. . (2014). CAD Computer Aided Design. A multipoint method for 5-axis machining of triangulated surface models. Retrieved from

Lochner, S. J. , Huissoon, J. P. , & Bedi, S. S. . (2014). . Development of a patient-specific anatomical foot model from structured light scan data. Retrieved from

Ahari, H. , Khajepour, A. , & Bedi, S. . (2013). Assembly Automation. Optimization of slicing direction in laminated tooling for volume deviation reduction. Retrieved from

Bassi, R. , & Bedi, S. . (2013). International Journal of Advanced Manufacturing Technology. Image processing-based accessibility analysis method for determining undercut-free parting direction. Retrieved from

Lochner, S. J. , Huissoon, J. P. , & Bedi, S. S. . (2012). Computer-Aided Design and Applications. Parametric design of Custom foot orthotic model. Retrieved from

Li, C. , Bedi, S. , & Mann, S. . (2012). International Journal of Advanced Manufacturing Technology. NURBS approximation to the flank-milled surface swept by a cylindrical NC tool. Retrieved from

Ahari, H. , Khajepour, A. , & Bedi, S. . (2011). Rapid Prototyping Journal. Manufacturing optimization of laminated tooling with conformal cooling channels. Retrieved from

Ahari, H. , Khajepour, A. , Bedi, S. , & Melek, W. W. . (2011). CAD Computer Aided Design. A genetic algorithm for optimization of laminated dies manufacturing. Retrieved from

Bassi, R. , Bedi, S. , & Bolaños, G. S. . (2011). Computer-Aided Design and Applications. Undercut free parting direction determination for injection molded parts using Surface based Accessibility Analysis. Retrieved from

Patel, K. , G. Bolaños, S. , Bassi, R. , & Bedi, S. . (2011). International Journal of Advanced Manufacturing Technology. Optimal tool shape selection based on surface geometry for three-axis CNC machining. Retrieved from

Israeli, G. , Mann, S. , Bedi, S. , & Jawanda, A. S. . (2011). Computer-Aided Design and Applications. Numerical verification of CNC machine simulations. Retrieved from

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Sanjeev Bedi

Professor and NSERC Chair
Director, Ideas Clinic
Mechanical & Mechatronics Engineering

PhD, P.Eng.