Simplifying the Design of Complex Piping Supports in the Petrochemical Industry

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Simplifying the Design of Complex Piping Supports in the Petrochemical Industry

机译：简化石化行业中复杂管道支架的设计

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The extensive pipe systems found throughout industry are reliant on complex pipe support chains to provide the control and stability necessary for them to ensure system functionality, safety and longevity.

机译：整个行业中广泛使用的管道系统都依赖于复杂的管道支撑链，以提供必要的控制和稳定性，以确保系统功能，安全性和寿命。

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《National Engineer》 |2012年第2期|p.2628-29|共3页
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1. Software simplifies complex process piping support design [J] . Oil Gas amp, Petrochem Equipment Group Oil, Gas & Petrochem Equipment . 2012,第5期

机译：该软件简化了复杂的工艺管道支持设计
2. A corrosion under insulation prevention strategy for petrochemical industry piping [J] . Brian J.Fitzgerald, Stefan Winnik Corrosion Management . 2004,第57期

机译：石油化工管道的绝缘防腐蚀策略
3. Ultrasonic supervision of plants in the petrochemical industry: a wall-thickness measuring system for a fixed installation at endangered locations of piping [J] . Michael Platte, Heinz-Peter Schafer, Werner Thom-Kallen Materialpruefung: Werkstoffe und Bauteile, Forschung Prufung Anwendung . 2001,第11a12期

机译：石油化工行业中的工厂超声波监测：壁厚测量系统，用于固定安装在濒临危险的管道上
4. SAFETY AND RISK MANAGEMENT ANALYSIS OF ACCIDENTS RELATED TO PRESSURE VESSELS AND PIPING IN ALBERTA PETROCHEMICAL INDUSTRY FROM 2008 TO 2017 [C] . Mohamed Esouilem, Abdel-Hakim Bouzid, Sylvie Nadeau ASME Pressure Vessels Piping Conference . 2019

机译：2008年至2017年阿尔伯塔石化行业压力容器和管道事故的安全性和风险管理分析
5. How Can Clarion University of Pennsylvania Support the Region, Employers, and Students in Order to Meet Emerging and Changing Workforce Needs in the Petrochemical and Plastics Industries [D] . Dulaney, Tammy M. 2018

机译：宾夕法尼亚州克拉丽奥大学如何为地区，雇主和学生提供支持，以满足石化和塑料行业新兴和不断变化的劳动力需求
6. Rationale Design and Methods Protocol for Participatory Design of an Online Tool to Support Industry Service Provision Regarding Digital Technology Use ‘with by and for’ Young Children [O] . Susan Edwards, Andrea Nolan, Michael Henderson, 2020

机译：在线工具的参与式设计的理由设计和方法协议以支持有关数字技术使用的行业服务规定并为幼儿
7. A study on a simplified method analyzing aseimic design considering the nonlinear effect in piping and support systems. Evaluation of response reduction effect due to gap and friction. [O] . Akira SONE, Kohei SUZUKI 1990

机译：考虑管道和支撑系统非线性效应的一种简化方法分析的简化方法研究。差距和摩擦引起的反应减少效应评价。
8. Preparation of Design Specifications and Design Reports for Pumps, Valves, Piping, and Piping Supports Used in Safety-Related Portions of Nuclear Power Plants. [R] . Rodabaugh, E. C., Moore, S. E. 1987

机译：准备用于核电厂安全相关部分的泵，阀门，管道和管道支架的设计规范和设计报告。

Simplifying the Design of Complex Piping Supports in the Petrochemical Industry

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