Papers
1
Total Citations
47
H-Index
1
About
Jian Hu is a leading researcher in advanced manufacturing and aerospace assembly, with a primary focus on precision machining of stacked materials. His most cited work, "Formation of interlayer gap and control of interlayer burr in dry drilling of stacked aluminum alloy plates" (2015, 47 citations), addresses a critical challenge in aircraft assembly: the formation of interlayer burrs during dry drilling of stacked metal sheets. Hu’s research systematically investigates the mechanisms behind interlayer gap formation and burr development, offering innovative strategies to control these defects without the need for lubricants or coolants. This work is pivotal for improving assembly quality and efficiency in automated aircraft production, where traditional manual deburring is time-consuming and costly. By providing a theoretical and practical framework for burr-free drilling, Hu’s contributions directly support the advancement of dry machining technologies, reducing environmental impact and enhancing process reliability. His findings are widely cited by engineers and researchers seeking to optimize drilling parameters for stacked aluminum alloys, making him a key figure in sustainable, high-precision manufacturing for the aerospace industry.
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