Papers
5
Total Citations
36
H-Index
3
About
Jixuan Liu is a leading researcher in orthopedic biomechanics, specializing in the surgical treatment of pelvic fractures—among the most complex and high-risk injuries in traumatic orthopedics. Her work addresses the critical challenge of overcoming tremendous muscle resistance during pelvic reduction surgery, a procedure often hindered by high mortality and morbidity rates. Liu's major contributions include developing and validating a reduction-force-reducing elastic traction method through experimental and finite element analysis, as detailed in her most-cited 2021 study (20 citations). She has further advanced the field by biomechanically analyzing pelvic holding pathways and Steinmann pin strategies (7 citations), and by pioneering comparative studies of guide plate navigation versus virtual fixtures in robot-assisted osteotomy (4 citations). Most recently, her 2025 work on patient-specific musculoskeletal modeling promises to enhance preoperative planning, directly supporting surgeons in reducing operative time and complications. With a growing citation impact, Liu's research is instrumental in transitioning pelvic fracture surgery from a highly skill-dependent procedure toward safer, more predictable, robot-assisted interventions.
Research Focus
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