Anurag Tolety
Papers
1
Total Citations
16
H-Index
1
About
Anurag Tolety’s research lies at the intersection of kinematic synthesis, geometric design, and constrained motion planning, with a particular focus on spherical serial chains. His most-cited work, “Geometric Design of Spherical Serial Chains With Curvature Constraints in the Environment” (2011, 16 citations), extends foundational results from planar kinematics into the spherical domain, addressing the synthesis of mechanisms that guide rigid bodies without violating normal direction and curvature constraints imposed by the environment. This contribution is significant for applications in robotics, manufacturing, and mechanical design, where precise motion under spatial constraints is critical. Tolety’s approach bridges theoretical geometry and practical engineering, offering new methods for designing chains that respect curvature limitations—a problem with implications for automated assembly and articulated systems. While his citation count reflects a focused, early-career impact, his work is recognized for its technical rigor and originality in tackling complex constraint-based synthesis problems. For students and researchers in kinematics and mechanism design, Tolety’s research provides a valuable foundation for exploring how geometric constraints shape the design of spherical mechanisms in constrained environments.
Research Focus
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Top Papers
- 1