Zhuochao Gu

Papers

Total Citations

112

H-Index

About

Zhuochao Gu is a researcher at the forefront of sustainable product design and life-cycle engineering, with a focused expertise in environmental footprint assessment and low-carbon design optimization. His work bridges the gap between advanced robotics kinematics and environmental science, pioneering methodologies that quantify and reduce the carbon footprint of products from conception to disposal. Gu’s most-cited paper, “Product environmental footprints assessment for product life cycle” (2019, 65 citations), provides a foundational framework for evaluating the ecological impact of industrial goods, while his subsequent studies on underactuated robotics (2020, 26 citations) and skeleton model-based design optimization (2020, 21 citations) introduce novel computational approaches to minimize emissions through intelligent mechanical design. Collectively, his research has garnered over 110 citations, reflecting its growing influence in the fields of green manufacturing and sustainable engineering. By integrating kinematic analysis with life-cycle assessment, Gu offers actionable tools for engineers and designers seeking to align product development with global carbon reduction targets. His work is particularly notable for its interdisciplinary approach, merging robotics theory with environmental stewardship to create a practical pathway toward more sustainable industrial practices.