Zhongqiang Deng

Papers

Total Citations

H-Index

About

Zhongqiang Deng is a researcher whose work bridges sustainable engineering and robotics, with a particular focus on uncertainty analysis in product life cycles and innovative mechanical design. His most cited paper, "Product carbon footprint for product life cycle under uncertainty" (2018, 54 citations), addresses a critical challenge in environmental impact assessment by developing methods to quantify and manage carbon footprints under real-world variability—a contribution that has informed both academic research and industrial sustainability practices. In parallel, Deng has explored robotics through "Workspace analysis of a novel underactuated robot wrist based on virtual prototyping" (2014, 25 citations), demonstrating expertise in virtual prototyping and mechanical design for adaptive, cost-effective robotic systems. This work highlights his ability to integrate computational modeling with practical engineering solutions, offering insights into the design of flexible manipulators. Deng’s research, while spanning distinct domains, is unified by a commitment to tackling complex, real-world problems—from reducing environmental uncertainty to advancing robotic dexterity. His contributions provide valuable frameworks for students and researchers interested in sustainable manufacturing, life cycle assessment, and innovative robotic mechanisms.