The crawling cat-ratcheting of supports in piping systems

Kolonits F.author_name/

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The crawling cat-ratcheting of supports in piping systems

机译：管道系统中的支撑爪棘轮

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摘要

It is shown that the friction at the supports of a piping system may lead to an accumulation of displacements under cyclic working conditions. The reversal of the direction of friction during cycling widens the load range.

机译：结果表明，管道系统的支撑件处的摩擦可能导致循环工作条件下的位移的积累。循环期间摩擦方向的逆转扩大了负载范围。

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《International Journal of Pressure Vessels and Piping》 |2000年第6期|共5页
作者
Kolonits F.author_name/;
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作者单位

Project Leader Animal Health and Welfare Cheshire County Council;

Project Leader Animal Health and Welfare Cheshire County Council;

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原文格式 PDF
正文语种 eng
中图分类蒸汽动力工程;
关键词
coulomb friction; piping; thermal expansion; restrained; sliding; support; ratcheting;

机译：库仑摩擦;管道;热膨胀;抑制;滑动;支持;棘轮;

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专利

1. The crawling cat-ratcheting of supports in piping systems [J] . Kolonits F.author_name/ International Journal of Pressure Vessels and Piping . 2000,第6期

机译：管道系统中的支撑爪棘轮
2. Towards Open Decision Support Systems Based On Semantic Focused Crawling [J] . Jason J.Jung Expert systems with applications . 2009,第2p2期

机译：面向基于语义爬行的开放决策支持系统
3. Basic study on dynamic reliability of machinery and piping system supported by elasto-plastic supports [J] . Atsuhiko SHINTANI, Keishi TSUJITA, Tomohiro ITO, Mechanical Engineering Journal . 2017,第3期

机译：弹塑性支撑下的机械和管道系统动力可靠性基础研究
4. INELASTIC SEISMIC TEST OF THE SMALL BORE PIPING AND SUPPORT SYSTEM (PART 2 : STATIC FAILURE TEST FOR PIPING SUPPORT EQUIPMENT) [C] . Eiji SHIRAI, Kazutoshi ETO, Akira UMEMOTO, ASME pressure vessels and piping conference;PVP2008 . 2009

机译：小孔管道和支撑系统的弹性地震测试（第2部分：管道支持设备的静态失效测试）
5. Large-scale experimental studies of two alternate support systems for the seismic restraint of piping [D] . Nims, Douglas Karl. 1991

机译：用于管道抗震的两个备用支撑系统的大规模实验研究
6. Effects of Support Surface and Optic Flow on Step-Like Movements in Pre-crawling and Crawling Infants [O] . David I. Anderson, Yuka Kobayashi, Kate Hamel, -1

机译：支撑面和光学流量对预爬行和爬行婴儿步步运动的影响
7. A study on a load combination method for multi-supported piping systems. Fundamental investigation using piping system with two inputs. [O] . Akira SONE, Kohei SUZUKI 1987

机译：多支撑管道系统的负载组合方法研究。基本面调查使用两种输入的管道系统。
8. Behavior of a Piping System under Seismic Excitation. Experimental Investigations of a Spatial Piping System Supported by Mechanical Shock Arrestors and Steel Energy Absorbing Devices under Seismic Excitation [R] . Schneider, S., Lee, H. M., Godden, W. G. 1982

机译：地震作用下管道系统的行为。地震作用下机械减振器和钢吸能装置支撑的空间管道系统试验研究

The crawling cat-ratcheting of supports in piping systems

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