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Influence of Tightening Torque of Emergency Cooling Heat Exchanger Flange Studs on Strength

机译：紧急冷却热交换器法兰螺栓紧固扭矩对强度的影响

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O. Koroliov; V. Iniushev; T. Pyrohov; V. Posokh; A. Koliadiuk;
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1. Design Research of the Operation Stability in the Regime with Steam Condensation of the Emergency Cooling Heat Exchanger of a Nuclear Power Station Equipped with the V-392 Reactor Installation [J] . V. I. Budnikov, O. G. Savikhin, A. S. Chistov, Thermal engineering . 2007,第5期

机译：装有V-392反应堆装置的核电站应急冷却换热器在带有蒸汽凝结状态下的运行稳定性设计研究
2. Simulation of Processes in the Air Heat Exchanger of the System for Emergency Cooling of a BN-800 Reactor Installation [J] . V. I. Artemov, G. G. Yankov, V. M. Zorin, Thermal engineering . 2004,第3期

机译：BN-800反应堆装置紧急冷却系统的空气热交换器中的过程模拟
3. Heat exchangers based on low temperature heat pipes for autonomous emergency WWER cooldown systems [J] . Igor I. Sviridenko Applied thermal engineering: Design, processes, equipment, economics . 2008,第4期

机译：基于低温热管的热交换器，用于自主应急WWER冷却系统
4. CONDENSATION HEAT TRANSFER COEFFICIENT OF AIR-COOLED CONDENSING HEAT EXCHANGER OF EMERGENCY COOLDOWN TANK IN LONG-TERM PASSIVE COOLING SYSTEM [C] . Seon Jeong Huh, Joo Hyung Moon, Youngmin Bae, International Congress on Advances in Nuclear Power Plants . 2017

机译：长期无源冷却系统紧急冷凝罐风冷冷凝热交换器的冷凝传热系数
5. Tractor-trailer wheel stud tightening: Torque wrench versus angle-torque tightening. A comparison of the angle-torque and torque wrench tightening methods. [D] . Best, Kevin Blair. 1999

机译：拖拉机-拖车轮螺栓的拧紧：扭矩扳手与角度扭矩的拧紧。角度扭矩扳手和扭矩扳手拧紧方法的比较。
6. Performance Analysis of PCM Ceiling Coupling with Earth-Air Heat Exchanger for Building Cooling [O] . Shilei Lu, Bin Liang, Xinhua Li, 2020

机译：与地球 - 空气换热器耦合建筑冷却PCM天花板耦合性能分析
7. Figure 5 from: Abed AH, Shcheklein SE, Pakhaluev VM (2019) Heat transfer intensification in emergency cooling heat exchanger and dry cooling towers on nuclear power plant using air-water mist flow. Nuclear Energy and Technology 5(4): 281-287. https://doi.org/10.3897/nucet.5.47972 [O] . Akram H. Abed, Sergey E. Shcheklein, Valery M. Pakhaluev 2019

机译：图5来自：Abed Ah，Shcheklein Se，Pakhaluev VM（2019）使用空气 - 水雾流动核电厂的紧急冷却热交换器和干冷塔的热传递强化。核能和技术5（4）：281-287。 https://doi.org/10.3897/nucet.5.47972
8. STRESSES PRODUCED IN REMOTE STUDS BY IMPACT AND SLOWLY APPLIED TIGHTENING TORQUE [R] . K. L. Pell, N. H. Shoup 1958

机译：通过冲击和缓慢应用的紧固扭矩在远程工作台上产生的应力

Influence of Tightening Torque of Emergency Cooling Heat Exchanger Flange Studs on Strength

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