Results 51 to 60 of about 138 (128)
To investigate the effect of recess structures on the static and dynamic performance of aerostatic thrust bearings and to explore superior designs, this study analyzes the load-capacity theoretical model, identifying that the throttling effect and ...
Fangjian Yuan +6 more
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High-speed rotating machinery has extremely high requirements for the performance and reliability of aerostatic bearings, and the design of pressure-equalizing groove structure is a key factor determining the performance of aerostatic bearings under high-
Yang Su +4 more
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Performance Characteristics of a New Aerostatic Thrust Bearing with Poro-Elastic Restrictor
Aerostatic bearings were proven to be an optimal choice in situations where low friction, cleanliness, and high motion accuracy are required. Their functionality relies heavily on flow restrictors, which are responsible for regulating and controlling the
Alin Mărgineanu +4 more
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Analysis of Flow Models for Aerostatic Thrust Bearings with Porous Material
Abstract The numerical determination of static characteristics of bearings allows a cost-efficient and fast pre-design. In this study, two flow models for aerostatic thrust bearings with pressurized porous material are presented and analyzed.
A. Schimpf, Y. Gu, M. Böhle
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A study was conducted to develop a porous aerostatic rectangular thrust bearing model, with the aim of assessing how different operational conditions and geometric factors influence its static capabilities.
Ke Zhang, Xiaojiao Zhang, Ruiyu Zhang
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The steady performance of a porous and compliant aerostatic thrust bearing [PDF]
Recent developments in aerostatic thrust bearings have included: (a) the porous aerostatic thrust bearing containing a porous pad and (b) the inherently compensated compliant surface aerostatic thrust bearing containing a thin elastomer layer. Both these developments have been reported to improve the bearing load capacity compared to conventional ...
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Study on the Influence of Inertial Force on the Performance of Aerostatic Thrust Bearings
Firstly, the Reynolds equation considering gas inertia force is theoretically deduced in the cylindrical coordinate system, and then a mathematical model of aerostatic thrust bearing with three degrees of freedom (3-DOF) is constructed.
Shuo Jia, Chenhui Jia, Yanhui Lu
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Research on Vibration Amplitude of Ultra-Precision Aerostatic Motorized Spindle under the Combined Action of Rotor Unbalance and Hydrodynamic Effect. [PDF]
Wang W, Song P, Yu H, Zhang G.
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Editorial for the Special Issue on Advances in Ultra-Precision Machining Technology and Applications. [PDF]
Cheung BCF, Guo J.
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Static and Dynamic Characteristics of Cirular Aerostatic Porous Thrust Bearings.
Recently brittle porous materials such as graphite and advanced ceramics have been used in the fabrication of aerostatic bearings because gas flow through these porous materials can be limited to a small amount. However, aerostatic bearings consisting of these porous materials are prone to cause pneumatic hammer instability. Therefore, it is considered
Takayoshi IWATO, Shigeka YOSHIMOTO
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