Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The objective of the study was to investigate the stress changes in the posterior articular surface of the calcaneus following alternation of the calcaneal varus angle in normal calcaneus and discuss the clinical significance of the calcaneal varus angle. Axial view radiographs of 165 volunteers re obtained to measure the calcaneal varus angle of normal calcaneus. A calcaneal model with different varus angle changes (including +2°, +4°, +6°, −2°, −4°, and −6°) was established using Creo 2.0 software. Stress changes at different calcaneal varus angles in the posterior articular surface of the calcaneus under a load of 100 N re measured. Stressed areas in posterior articular facets re slightly fer following +2°, +4°, and +6° changes in varus angle than in normal varus angles with stress concentering regions moving to the anteromedial aspect of the posterior calcaneal facet. Hover, stress concentering areas in posterior calcaneal facets following −4° and −6° changes in varus angle obviously moved to the anterior and posterior medial side of posterior calcaneal facets. Stress distribution in the posterior articular surface of the calcaneus varies with the calcaneal varus angle. The decrease in calcaneal varus angle following operative treatment of calcaneal fractures should be controlled within 2°.
['Xuebin Zhang', 'Hao Wu', 'Liguo Zhang', 'Ji-tang Zhao', 'Yingze Zhang']
I am writing a research paper on a idea Calcaneal varus angle change in normal calcaneus: a three-dimensional finite element analysis.
[{"from": "human", "value": "I am writing a research paper on a idea Calcaneal varus angle change in normal calcaneus: a three-dimensional finite element analysis."}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The objective of the study was to investigate the stress changes in the posterior articular surface of the calcaneus following alternation of the calcaneal varus angle in normal calcaneus and discuss the clinical significance of the calcaneal varus angle. Axial view radiographs of 165 volunteers re obtained to measure the calcaneal varus angle of normal calcaneus. A calcaneal model with different varus angle changes (including +2\u00b0, +4\u00b0, +6\u00b0, \u22122\u00b0, \u22124\u00b0, and \u22126\u00b0) was established using Creo 2.0 software. Stress changes at different calcaneal varus angles in the posterior articular surface of the calcaneus under a load of 100 N re measured. Stressed areas in posterior articular facets re slightly fer following +2\u00b0, +4\u00b0, and +6\u00b0 changes in varus angle than in normal varus angles with stress concentering regions moving to the anteromedial aspect of the posterior calcaneal facet. Hover, stress concentering areas in posterior calcaneal facets following \u22124\u00b0 and \u22126\u00b0 changes in varus angle obviously moved to the anterior and posterior medial side of posterior calcaneal facets. Stress distribution in the posterior articular surface of the calcaneus varies with the calcaneal varus angle. The decrease in calcaneal varus angle following operative treatment of calcaneal fractures should be controlled within 2\u00b0."}]