Adin, HamitTopkaya, TolgaSolmaz, Murat Yavuz2021-10-142021-10-142010-10Adin, H., Topkaya, T., Solmaz, M.Y. (2010). Helis dişli çarklarda farklı diş taban geometrisinin dişli çark ağırlığına ve gerilme analizine etkisi. Bilimde Modern Yöntemler Sempozyumu (BMYS 2010), 14-16 Ekim 2010, Diyarbakırhttps://hdl.handle.net/20.500.12402/3774Bu çal mann amac, enerji ve malzeme tasarrufu sa lamak amacyla güç ve hareket iletiminde sklkla kullanlan helis di li çarklarn a rlklarn azaltmaktr. Bu amaçla di li çarklarn normal çal ma artlar içerisinde gerilmeye en az maruz kalan yüzeyleri 7 farkl geometride delinerek bo altlm tr. Modeller SolidWorks 2010 program kullanlarak modellenmi ve daha sonra olu turulan kat modeller ANSYS Workbench 12.0 sonlu elemanlar paket programna aktarlarak gerilme analizleri gerçekle tirilmi tir. Tüm analizlerde di li çark malzemesi olarak AISI 1045 çeli i seçilmi tir. Gerçekle tirilen çal ma neticesinde elde edilen sonuçlar birbiriyle kar la trmal olarak verilmi ve en uygun tasarmn malzemeden % 27 kazanm sa layan 7 mm çapnda 6 adet dairesel delik açlan model oldu u tespit edilmi tir.The aim of this study, is to decrease weight of helical gears used frequently in power and motion transmission in order to provide energy and material saving. For this purpose, gear surfaces, where the stresses at minimal level are acted under normal working conditions, were removed for seven different geometries. The specimens modeled in SolidWorks 2010 package program were exported ANSYS Workbench 12.0 finite elements package program then stress analysis was accomplished. Throughout the whole analysis, steel AISI 1045 as a gear material was chosen. At the end, results obtained from performed study were presented in comparisons each other and the most appropriate design that provides 27 percent material saving was specified as a model 7 mm in diameter and has 6 circular holes drilledtrinfo:eu-repo/semantics/openAccessAttribution-NonCommercial-ShareAlike 3.0 United StatesGerilme AnaliziHelis Dişli ÇarkSolidworksModellemeANSYSStress AnalysisHelical GearSolidworksModelingConference Object