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Abdullah Cakan

PhD, Visiting Scholar
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LINEAR BUCKLING ANALYSIS OF CYLINDER RODS USED ON INDUSTRIAL 300 TONS H-TYPE HYDRAULIC PRESS

Journal article

Abdullah Çakan, M. Tinkir
2017
Semantic Scholar
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APA   Click to copy
Çakan, A., & Tinkir, M. (2017). LINEAR BUCKLING ANALYSIS OF CYLINDER RODS USED ON INDUSTRIAL 300 TONS H-TYPE HYDRAULIC PRESS.

Chicago/Turabian   Click to copy
Çakan, Abdullah, and M. Tinkir. “LINEAR BUCKLING ANALYSIS OF CYLINDER RODS USED ON INDUSTRIAL 300 TONS H-TYPE HYDRAULIC PRESS” (2017).

MLA   Click to copy
Çakan, Abdullah, and M. Tinkir. LINEAR BUCKLING ANALYSIS OF CYLINDER RODS USED ON INDUSTRIAL 300 TONS H-TYPE HYDRAULIC PRESS. 2017.

BibTeX   Click to copy 

@article{abdullah2017a,
  title = {LINEAR BUCKLING ANALYSIS OF CYLINDER RODS USED ON INDUSTRIAL 300 TONS H-TYPE HYDRAULIC PRESS},
  year = {2017},
  author = {Çakan, Abdullah and Tinkir, M.}
}

Abstract

In this study, buckling analyzes of auxiliary cylinders and ram cylinder which are the most important parts of industrial 300 tons H-type hydraulic press are realized for safety factor calculations. For this purpose; linear buckling analyzes of cylinder rods of auxiliary cylinder and ram cylinder are performed by using finite element method. As a result; maximum Von Misses stress locations, safety factors of static analysis, maximum deformation results and safety factors of buckling of cylinders are determined via ANSYS Workbench software. KeywordsHydraulic Press, ANSYS, Buckling Analysis