Research and Experiment on the Thermal Characteristics of Hybrid Ceramic Bearings

Wu Yang Huang; Bin Lin; Xiao Fei Dong

doi:10.4028/www.scientific.net/AMR.721.531

Paper Titles

Study on Theory of Solid-Plug Conveying of Centrifugal Extruder by Experiments
p.510

Experimental Research of the Performance of the Integrated Piston-Plunger Pump
p.515

Suppress of Substrate-Assisted Depletion Effects in Super Junction LDMOS on Thin Film SOI
p.521

Experiment of a Resistive Superconducting Fault Current Limiter Based on MgB2 under Different Supply Voltages
p.527

Research and Experiment on the Thermal Characteristics of Hybrid Ceramic Bearings
p.531

Analysis of the Ship Loader's Vibration Mode in the Roll-On Process and the Reinforcement Scheme
p.536

Dynamic Characteristics Analysis and Topology Optimization of Column Based on Finite Element Method
p.541

Finite Element Analysis on the Blast Resistant Performance of Multibarrel Tube-Confined Concrete Column in Different Cross-Sections
p.545

Analysis on Curve Negotiation Ability of the Rail Vehicle Based on SIMPACK
p.551

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 721Research and Experiment on the Thermal...

Research and Experiment on the Thermal Characteristics of Hybrid Ceramic Bearings

Abstract:

The high-speed hybrid ceramic bearing system is simulated by FLUENT, and its temperature rise characteristics under different situations are tested. Meanwhile, an experiment is performed to verify the results. It also shows that simulation with FLUENT is a very useful and low cost method in finishing some complex experiments for substitute.