A three-dimensional mathematical model for predicting spinal joint force distribution during manual liftings

CK Cheng, HH Chen, HH Kuo, CL Lee, WJ Chen… - Clinical …, 1998 - Elsevier
Objective. A three-dimensional dynamic mathematical model was developed to discover
what loads are imposed on the lumbar structures by performance of asymmetric manual …
被引用次数：28 相关文章
[PDF] academia.edu

[PDF][PDF] A three-dimensional mathematical model for predicting spinal joint force distribution during manual liftings

CK Chengl, HHK Hsiang-Ho Chen, CL Lee, WJ Chen… - academia.edu
Objective. A three-dimensional dynamic mathematical model was developed to discover
what loads are imposed on the lumbar structures by performance of asymmetric manual …

A three-dimensional mathematical model for predicting spinal joint force distribution during manual liftings

CK Cheng, HH Chen, HH Kuo, CL Lee… - Clinical …, 1998 - clinbiomech.com
Objective. A three-dimensional dynamic mathematical model was developed to discover
what loads are imposed on the lumbar structures by performance of asymmetric manual …

A three-dimensional mathematical model for predicting spinal joint force distribution during manual liftings

CK Cheng, HH Chen, HH Kuo… - Clinical …, 1998 - pubmed.ncbi.nlm.nih.gov
OBJECTIVE: A three-dimensional dynamic mathematical model was developed to discover
what loads are imposed on the lumbar structures by performance of asymmetric manual …

A three-dimensional mathematical model for predicting spinal joint force distribution during manual liftings

CK Cheng, HH Chen, HH Kuo, CL Lee, WJ Chen… - Clinical …, 1998 - infona.pl
Objective. A three-dimensional dynamic mathematical model was developed to discover
what loads are imposed on the lumbar structures by performance of asymmetric manual …

A three-dimensional mathematical model for predicting spinal joint force distribution during manual liftings

CK Cheng, HH Chen, HH Kuo, CL Lee… - Clinical …, 1998 - hub.tmu.edu.tw
Objective. A three-dimensional dynamic mathematical model was developed to discover
what loads are imposed on the lumbar structures by performance of asymmetric manual …

A three-dimensional mathematical model for predicting spinal joint force distribution during manual liftings

CK Cheng, HH Chen, HH Kuo, CL Lee… - Clinical …, 1998 - pure.lib.cgu.edu.tw
Objective. A three-dimensional dynamic mathematical model was developed to discover
what loads are imposed on the lumbar structures by performance of asymmetric manual …

A three-dimensional mathematical model for predicting spinal joint force distribution during manual liftings.

CK Cheng, HH Chen, HH Kuo, CL Lee… - Clinical …, 1998 - europepmc.org
OBJECTIVE: A three-dimensional dynamic mathematical model was developed to discover
what loads are imposed on the lumbar structures by performance of asymmetric manual …

A three-dimensional mathematical model for predicting spinal joint force distribution during manual liftings

CK Cheng, HH Chen, HH Kuo, CL Lee… - Clinical …, 1998 - pure.lib.cgu.edu.tw
Objective. A three-dimensional dynamic mathematical model was developed to discover
what loads are imposed on the lumbar structures by performance of asymmetric manual …

A three-dimensional mathematical model for predicting spinal joint force distribution during manual liftings

CK Cheng, HH Chen, HH Kuo, CL Lee… - Clinical …, 1998 - hub.tmu.edu.tw
Objective. A three-dimensional dynamic mathematical model was developed to discover
what loads are imposed on the lumbar structures by performance of asymmetric manual …