Numerical Analysis and Static Loading Test of Equipment Fixed on the Light-Weight Partition Wall

Meng Chieh Lee; Ren Zuo Wang; Bing Chang Lin; Chao Hsum Huang

doi:10.4028/www.scientific.net/AMM.752-753.773

Paper Titles

The Composite Reinforcement of LLC «SK»
p.749

Development of an Environmental Database for Construction Finish Materials Organized by Building Element
p.758

Shear at the Interface between Composite Parts of Prestressed Concrete Section
p.763

Study on Finite Element Model for Impact Damage of Composite Structure
p.769

Numerical Analysis and Static Loading Test of Equipment Fixed on the Light-Weight Partition Wall
p.773

Reliability of Vibration Transfer Path Systems
p.778

The Effects of Water Saturation on Dynamic Mechanical Properties in Red and Buff Sandstones Having Different Porosities Studied with Split Hopkinson Pressure Bar (SHPB)
p.784

The Effects of Reservoir Area Extent on the Performance of a Vertical Well in a Reservoir Subject to Bottom Water Drive
p.790

Analysis of the Airborne Sound Insulation Performance of Floor Structures Based on the Intensity Method
p.796

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 752-753Numerical Analysis and Static Loading Test of...

Numerical Analysis and Static Loading Test of Equipment Fixed on the Light-Weight Partition Wall

Abstract:

The purpose of this paper is to study the nonlinear responses of equipment fixed on the light-weight partition wall (LWPW). The center-point flexure test (CPFT) and static load test of the light-weight partition wall (LWPW) are developed. The elastic modulus and support loading of three boards can be obtained from FPFT and static loading test. The LWPW finite element model using ANSYS is used to simulate the deformations of the board subjected to external forces. Numerical simulation results are very close to the experiment results. It demonstrates the accuracy of the ANSYS model.