Xinhui Yang
Papers
2
Total Citations
181
H-Index
2
About
Xinhui Yang is a leading researcher at the intersection of industrial automation and environmental sustainability. Her work primarily investigates how industrial robotics adoption influences ecological outcomes, with a particular focus on air quality and energy consumption. Yang’s most influential study, “Industrial robots and air environment” (2022), has garnered 166 citations for its nuanced moderated mediation model, revealing that population density and energy consumption critically shape the environmental impact of automation. She further advanced this field by testing for quadratic effects of robotics on environmental performance in her 2023 paper, exploring how green technology and environmental costs moderate these dynamics. Yang’s research provides essential insights for policymakers and industry leaders seeking to balance technological progress with ecological responsibility. Her work is notable for challenging simplistic assumptions about automation’s environmental effects, demonstrating that the relationship is complex and context-dependent. By quantifying these interactions, Yang has established herself as a key voice in sustainable industrial development, offering evidence-based guidance for deploying robotics in ways that minimize ecological harm while maximizing economic benefits.
Research Focus
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Top Papers
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