Study on the Optimization of the Double-Layer Hybrid Vibration Isolation System Based on the LQR Algorithm
p.329
p.329
The FEA Research of Noise Interference Suppression by Magnetic Flux Leakage
p.334
p.334
The Model Simulation Analysis of Electro-Rheological Fluid Engine Mounting System
p.338
p.338
The Simplified Calculation Methods on Parallel Story Isolation Seismic System with Rubber and Sliding Supports
p.344
p.344
The TLCD U-Tube Liquid Sloshing Finite Element Modal Analysis
p.350
p.350
Vibration Reduction of Pipe Systems Using Phononic Crystals
p.354
p.354
An Experiment Investigation to the Radial Tire Noise
p.361
p.361
Analysis of Car Interior Noise Induced by Refrigeration System in Air Conditioners
p.366
p.366
Application of Experimental Modal Analysis Method in Researching of Mechanical Structure Dynamic Characteristics
p.370
p.370
The TLCD U-Tube Liquid Sloshing Finite Element Modal Analysis
Abstract:
The paper studies the dynamic characteristics of liquid sloshing in TLD rectangular container, and verifies the feasibility of finite element numerical simulation, by the theory and finite element numerical simulation of liquid sloshing. Similarly employing the verified numerical simulation method, we get the sloshing frequency and mode of liquid sloshing in TLCD u-tube container.
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Periodical:
Advanced Materials Research (Volumes 694-697)
Pages:
350-353
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Online since:
May 2013
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© 2013 Trans Tech Publications Ltd. All Rights Reserved
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