Shan Huang

Papers

Total Citations

H-Index

About

Shan Huang is a researcher whose work bridges sustainable design and advanced robotics. Her most impactful contribution, "Product sustainability assessment for product life cycle" (2018, 82 citations), establishes a comprehensive framework for evaluating environmental and economic impacts across a product's entire lifespan—from raw material extraction to end-of-life disposal. This work provides manufacturers and policymakers with practical tools to quantify sustainability trade-offs, making it a foundational reference in eco-design and life cycle assessment research. In parallel, Huang explores mechanical innovation in robotics, notably through "Kinematics analysis and numerical simulation of a novel underactuated robot wrist" (2014, 9 citations). This study addresses a critical challenge in robotic manipulation: achieving complex motion with fewer actuators. By developing and validating a kinematic model for an underactuated wrist, Huang contributes to lighter, more efficient, and cost-effective robotic systems—key for applications in automation and prosthetics. While the sustainability paper has garnered the most attention, the robotics work demonstrates her versatility in tackling both environmental and mechanical engineering problems. Together, these contributions highlight Huang's ability to address real-world challenges through rigorous analysis and simulation, offering valuable insights for students and researchers in sustainable manufacturing and robotic design.