Development of Structural Health Monitoring Software System of Shanghai Center Tower

Zhi Hao Zhou; Qi Lin Zhang; Hui Zhu Yang; Lu Chen

doi:10.4028/www.scientific.net/AMR.328-330.350

Paper Titles

Numerical Simulation of Three-Dimensional Temperature Distribution in the Supercharged Boiler Furnace
p.327

The Effect of Normal Curvature of the Free Surface on the Cutting Width
p.332

Analysis and Research on Fractal Model of Normal Contact Stiffness of Joint Interfaces
p.336

Forming Technology of Spiral Micro-Groove in Plane
p.346

Development of Structural Health Monitoring Software System of Shanghai Center Tower
p.350

Innovative Design and Simulation for a Novel Vane Pump
p.354

Solid Modeling of Spatial Cam with Oscillation Roller Follower
p.360

Effects of Laser Multiple Processing on Properties of Heat-Resistant Steel
p.364

Study on Application of Critical Path to Project Time Management
p.368

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 328-330Development of Structural Health Monitoring...

Development of Structural Health Monitoring Software System of Shanghai Center Tower

Abstract:

Shanghai Center Tower is the tallest skyscraper under construction in China with the height of 642 meters. In order to reflect the real structural status of Shanghai Center Tower during the construction period and running period in three dimensional graphics, a Structural Health Monitoring Software System (SHMSS) is developed. The CAE software system consists of three function modules such as Modeling module, Data Management module, Post-Processing module. The Modeling module could build a 3D model confirming to the real Shanghai Center Tower based on the Building Information Modeling (BIM) concept; the Data Management module could access the engineering data produced by the sensors; then in the Post -Processing module, various data about the Shanghai Center Tower could be processed and structural parameters such as member force, displacement, wind pressure would be displayed in the 3D model.