FEM Strength Analysis on the Main Structure of Modular Mechanical Water Treatment Plant

De Zhen Feng; Hao Feng Luan; Ran Zhao

doi:10.4028/www.scientific.net/AMR.588-589.208

Paper Titles

Structural and Hydraulic Design of Mechanical Pump Using in LBE Test Loop
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Motion Analysis and Research on Mobile Swing Type Manipulator
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Study on Analysis of Vehicle Engine Failure Risk Based on ANP_FE
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Numerical Analysis on Steel Reinforced Concrete Beam-Concrete Filled Steel Tubular Column under Cyclic Loading
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FEM Strength Analysis on the Main Structure of Modular Mechanical Water Treatment Plant
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Under Axial Load Finite Element Analysis of Characteristics of Circular Steel Tube Compile Short Column Filled with Steel Reinforced Concrete
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Structural Stability Analysis of Dump Truck Body Based on ANSYS
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The Modal Characteristics Study of a High-Speed Rotating Hollow Cylinder with the Influence of Spin-Softening, Coriolis and Prestress Effects
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The Application of ANSYS Multipoint Constraint on the Combination Modeling of SOLID-SHELL
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FEM Strength Analysis on the Main Structure of Modular Mechanical Water Treatment Plant

Abstract:

The modular mechanical water treatment plant is a kind of new technology in present. The new technology has changed the work way of conventional water plants and got very wide use in practice. According to characteristics of the modular mechanical water treatment equipment, the paper analyzed the strength of the main mechanical structure, compared the stress and deformation, presented the stress and strain cloud picture. Finally, the paper combined theory with practice and improved and optimized the design plan.