Citation Formats
Long anatomical femoral stem reduces stress concentrations on femurs with lateral bowing deformity: A finite element analysis
  • IEEE
  • ACM
  • APA
  • Chicago
  • MLA
  • Harvard
  • BibTeX

N. D. DEMİRKIRAN Et Al. , "Long anatomical femoral stem reduces stress concentrations on femurs with lateral bowing deformity: A finite element analysis," Annals of Medical Research , pp.1, 2018

DEMİRKIRAN, N. D. Et Al. 2018. Long anatomical femoral stem reduces stress concentrations on femurs with lateral bowing deformity: A finite element analysis. Annals of Medical Research , 1.

DEMİRKIRAN, N. D., ERDURAN, M., & DÜLGEROĞLU, T. C., (2018). Long anatomical femoral stem reduces stress concentrations on femurs with lateral bowing deformity: A finite element analysis. Annals of Medical Research , 1.

DEMİRKIRAN, NİHAT, MEHMET ERDURAN, And TURAN CİHAN DÜLGEROĞLU. "Long anatomical femoral stem reduces stress concentrations on femurs with lateral bowing deformity: A finite element analysis," Annals of Medical Research , 1, 2018

DEMİRKIRAN, NİHAT D. Et Al. "Long anatomical femoral stem reduces stress concentrations on femurs with lateral bowing deformity: A finite element analysis." Annals of Medical Research , pp.1, 2018

DEMİRKIRAN, N. D. ERDURAN, M. And DÜLGEROĞLU, T. C. (2018) . "Long anatomical femoral stem reduces stress concentrations on femurs with lateral bowing deformity: A finite element analysis." Annals of Medical Research , p.1.

@article{article, author={NİHAT DEMİRHAN DEMİRKIRAN Et Al. }, title={Long anatomical femoral stem reduces stress concentrations on femurs with lateral bowing deformity: A finite element analysis}, journal={Annals of Medical Research}, year=2018, pages={1} }