Studies on the Influence of the Frame Structure’s Deformation of the Automatic Hydraulic Tile Press on Energy Consumption

Zhi Cheng Huang; Ze Lun Li

doi:10.4028/www.scientific.net/AMM.103.41

Paper Titles

Application of the Mine Multi-Wave Seismograph in the Measurement of Coal Seam Washout Zone
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Designing Multisine Excitations for Measurement of Modern Wireless Communication System
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An Evaluation Method of Roundness Error Based on Artificial Bee Colony Algorithm
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Nano-Displacement Measurement with Grating Interference
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Studies on the Influence of the Frame Structure’s Deformation of the Automatic Hydraulic Tile Press on Energy Consumption
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Coarse North-Finding Based on Tracking Inversion Points Method without Torque
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Coordinate Transformation of Laser Tracking in-Site Measurement System for Big Gears
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Study of the Light Source Affects the Second Order Moiré Fringe Quality of Nano-Grating
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Novel Method for Extracting Body Boundary from Measured Point Cloud of Helical Surface
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 103Studies on the Influence of the Frame Structure’s...

Studies on the Influence of the Frame Structure’s Deformation of the Automatic Hydraulic Tile Press on Energy Consumption

Abstract:

The influence of the frame structure’s deformation of the automatic hydraulic tile press on energy consumption has long been neglected. In this paper, a case study in two common beam-column types hydraulic automatic tile press, get the deformations of the columns produced by the tensile by using the finite element method, and then calculate their energy consumption due to deformations. Through analysis and comparison, provide a reference for future design and selection of the hydraulic automatic tile press.