Dragline Boom Stress Analysis Using Finite Element Method FEM

Date

2008-10-22

Author

Demirel, Nuray

Metadata

Show full item record

Item Usage Stats

40
views

0
downloads

URI

https://hdl.handle.net/11511/85917

Collections

Unverified, Conference / Seminar

Suggestions

OpenMETU
Core

Dragline Dynamic Modeling for Efficient Excavation Demirel, Nuray (2007-06-08) Overburden excavation is an integral component of the surface mine production chain. In large mines, the walking dragline is a dominant strip machine. Production engineers and operators must be guided by appropriate strategies to preserve the structural and operating performance of this equipment to justify its high capital investment. The dragline performance is a function of spatial kinematics and dynamics of its front-end assembly. In this study, the authors develop kinematics and dynamic modeling of a d...
Dragline dynamic modelling for efficient excavation Demirel, Nuray (Informa UK Limited, 2009-01-01) Overburden excavation is an integral component of the surface mine production chain. In large mines, the walking dragline is a dominant strip mining machine. Production engineers and operators must be guided by appropriate strategies to preserve the structural and operating performance of this equipment to justify its high capital investment. The dragline performance mainly depends on the spatial kinematics and dynamics of its front-end assembly. In this study, the authors developed the dynamic modelling of...
Dragline monitoring fro the determination of excavatability - a case study Karpuz, Celal (null; 1996-09-30)
Drag Reduction via Phase Randomization in Turbulent Pipe Flow Tugluk, Ozan; Tarman, Hakan I. (2015-09-18) In this study, possibility of reducing drag in turbulent pipe flow via phase randomization is investigated. Phase randomization is a passive drag reduction mechanism, the main idea behind which is, reduction in drag can be obtained via distrupting the wave-like structures present in the flow. To facilitate the investigation flow in a circular cylindrical pipe is simulated numerically. DNS (direct numerical simulation) approach is used with a solenoidal spectral formulation, hence the continuity equation is ...
DRAG MINIMIZATION IN STOKES-FLOW Taşeli, Hasan; KAFALI, K (1989-01-01)

Citation Formats

N. Demirel, “Dragline Boom Stress Analysis Using Finite Element Method FEM,” 2008, Accessed: 00, 2021. [Online]. Available: https://hdl.handle.net/11511/85917.