Inventor
LU JINZHONG
CN18 patents
⚠️ This page may combine multiple inventors who share the name “LU JINZHONG”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.
UNIV JIANGSU
13 patentsUS10512987B2Dec 24, 2019
Laser shock peening method for obtaining large-area uniform surface morphology
UNIV JIANGSU2 citations68
US11103956B2Aug 31, 2021
Double-side synchronous laser shock peening method for leading edge of turbine blade
UNIV JIANGSU0 citations57
US11608817B2Mar 21, 2023
Electro-responsive folding and unfolding composite material for 4D printing, method for manufacturing same, and method for regulating shape memory behavior thereof
UNIV JIANGSU0 citations56
US11148207B1Oct 19, 2021
Laser shock peening method for additive manufactured component of double-phase titanium alloy
UNIV JIANGSU0 citations49
US12179286B2Dec 31, 2024
Method of strengthening through real-time coupling of electrical pulses and laser shock waves
UNIV JIANGSU0 citations47
US11692236B2Jul 4, 2023
Laser processing device and method for peening
UNIV JIANGSU0 citations47
US11342099B2May 24, 2022
Laser shock peening method for improving the corrosion resistance of sintered Nd—Fe—B magnet
UNIV JIANGSU0 citations47
US11123826B1Sep 21, 2021
Electromagnetic apparatus for active intervention to shape of molten pool
UNIV JIANGSU0 citations47
US11447837B2Sep 20, 2022
Combined fabricating method for gradient nanostructure in surface layer of metal workpiece
UNIV JIANGSU0 citations43
US12097559B2Sep 24, 2024
Eccentric extreme high-speed-rate laser hybrid manufacturing method for rotary engineering component
UNIV JIANGSU0 citations42
US10640844B2May 5, 2020
Kind of uniform strengthening methods of turbine blade subjected to varied square-spot laser shock peening with stagger multiple-layer
UNIV JIANGSU0 citations40
US10391587B2Aug 27, 2019
Laser thermal combination remanufacturing method for damaged metal part
UNIV JIANGSU0 citations39
US10792766B2Oct 6, 2020
Combined apparatus for layer-by-layer interactive additive manufacturing with laser thermal/mechanical effects
UNIV JIANGSU0 citations32