mathematical optimazation of overhead crane

Interval estimation and optimization for motion trajectory … The parameter uncertainty has an important effect on the motion planning of overhead cranes, especially in relation to its industrial safety of production activities. Thus, a novel uncertain estimation-and-optimization strategy is proposed for motion planning of overhead cranes with uncertainty in this paper. The main work of this paper includes the following aspects. Optimization of Box Type Girder of Overhead Crane for … Overhead cranes one the most common material handling equipment available in industries. Recently, designers and analysts have shown their interest in optimization of such cranes. This paper deals with the parametric optimization of box girder of overhead crane with different spans and fixed loading capacity. Initially, the effect of each design Optimization of Double Box Girder Overhead Crane in … optimization a reduction of mass of 38 % achieved and stress-deformation characteristics considering yield stranght and stability of construction was not endangered. Keywords: optimization, box girder, overhead crane. 1. INTRODUCTION Cranes are the best way of providing a heavy lifting facility covering virtually the whole area of building. Design and Optimization of Overhead Crane Bridge by Sohail … The aim of my final year project was to examine how the design, thus the total cost, of a double box girder overhead travelling crane bridge changes if longitudinal stiffeners, which significantly increase the cost due to the necessary welding, are removed. Therefore full 3D models of an existing crane bridge implementing longitudinal stiffeners as well as optimized crane bridge with out …

Design Optimization Of Using Finite Element Analysis Double Box Girder of Eot Crane A 10 -ton capacity overhead crane of overall length 12.5m was selected for design optimization. Initially the self-mass of crane girder was found to be 7.3 tons. The configuration of the overhead crane is shown in Fig. 1.The overhead crane … OPTIMIZING THE WEIGHT OF THE OVERHEAD CRANES GIRDER In this paper an overhead crane main carriers weight optimization example is shown, which allows to ensure and to optimize the material costs participation in overall costs in the projects starting phase. Optimization examples are made for the I carrier with cranes standard carrying capacities of 50kN, 100kN, 125kN, 160kN, 200kN, 250kN and OPTIMIZATION OF DOUBLE BOX GIRDER OVERHEAD CRANE IN … CiteSeerX – Document Details (Isaac Councill, Lee Giles, Pradeep Teregowda): Double box girder overhead cranes are used for heavy duty applications in the industry. A detailed design optimization in function of cross section of the main girder of box type is performed for a 7 ton capacity and 20 m span double box girder crane, in accordance with relevant design rules. Evolutionary optimization of interval mathematics-based … Evolutionary optimization of interval mathematics-based design of a TSK fuzzy controller for anti-sway crane control Jarosław Smoczek [email protected] 1 1 Faculty of Mechanical Engineering and Robotics AGH University of Science and Technology, al. Mickiewicza 30, 30-059 Kraków, Poland Control technology for overhead crane system based on … To make the overhead crane positioning accurately and anti-swing quickly, the paper design a positioning and anti-swing controller based on PSO algorithm optimization PID parameter. Compile PSO algorithm procedures and the invoking procedures which link Matlab and Simulink, combine with crane’s hanging weight system model in Simulink, and realize the PSO-PID control system of the hanging …

Design, Analysis and optimization of crane Girder via … the crane d) Lowers the power consumption and hence low running cost. e) Low selling price of crane. Above parameters provide good reasons for the research to be carried on. 3. CRANE GIRDER Crane Girder is an assembly of steel plates, angle and rails. Steel plates forms the …