This paper adopts mechanical analysis to obtain the method for formulating allowable casting hook loading when the ladle crane is pouring molten steel.
This paper adopts mechanical analysis to obtain the method for formulating allowable casting hook loading when the ladle crane is pouring molten steel.
This paper adopts mechanical analysis to obtain the method for formulating allowable casting hook loading when the ladle crane is pouring molten steel.
ABSTRACT: In this paper the crane hook is designed by analytical method and design is done for the different materials like ASTM grade 60(grey cast iron),
Key words: Crane Hook, Finite Element Method, Weight Optimization, Misses stresses are triangular cross section, cast iron material and 200 mm radius of
pouring of hot metal ladles. laminated hook are made of plates which are rivet together analysis for the shape optimization of crane hook as well as for
Key Words: Crane Hook; Hot Strip Mill; Beach marks; cast structure; Fatigue load. A crane is a machine, equipped with a hoist, wire ropes or chains and
The remainder of this paper is organized as follows. In Section 2, the requirements of reliable matching detection using SAW RFID localization is analyzed.
The crane also transports the liquid iron or steel from the BOF and electric arc furnace to the continuous casting machine. A Konecranes ladle handling
