Keyword

self-locking nuts

Description: Threaded fasteners designed to resist loosening under vibration or other forces, often through built-in locking features.

Primary topic: Engineering Structural Analysis Methods (95%)

Wikidata ID: wiki/Q6665704

OpenAlex ID: keywords/self-locking-nuts

Development of Anti-Loosening Nuts Using Shape Memory Alloys

2000 · Xue Ren Zhang, Jing Xu Nie, et al. · Materials science forum · 12

Experimental and Numerical Study of the Self-loosening of a Bolted Assembly

2019 · V. Rafik, B. Combes, et al. · Lecture notes in mechanical engineering · 9

Cause Analysis of Bolt Seizure Failure and Experimental Study On Influencing Factors

2022 · Xiaoyu Liu, Aixuan Zhang, et al. · IEEE International Conference on Cyber Technology in Automation, Control, and Intelligent Systems · 2

Numerical Simulation of Closing Amount for Aerial Self-Locking Nuts with different Materials

2021 · Ming Li, Li Zhou, et al. · Journal of The Institution of Engineers (India) Series C · 2

FEATURES OF FRACTURE OF METAL ITEMS (HARDWARE) MADE OF STEEL 30KhGSA

2018 · V. B. Grigorenko, L. V. Morozova · Industrial laboratory Diagnostics of materials · 2

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Corrosion Characterization: Use of Raman Spectroscopy for Failure Analysis

2016 · Dimitry Fishman, Lital Ohana, et al. · Journal of Failure Analysis and Prevention · 2

Selected Methods for Locking Screw Joints, Including the Use of Adhesives, Used in the Helicopter Construction

2014 · Anna Rudawska, Sławomir Cisz, et al. · Technological Engineering · 2

Design and Analysis of Nut Crimping Machines

2012 · Zhou Ling Wei, Bo Fu · Applied Mechanics and Materials · 2

Effect of Self-Locking Nuts on Torque-Tension Relationship

1975 · M. J. Zurko · 2

Life Prediction of Self-Locking Nut for Aeroengine Based on Survival Analysis and Bayesian Network

2020 · Zhiqiang Cai, Yuhang Wang, et al. · 1

Frictional Behaviour of Coated Self-locking Aerospace Fasteners

2017 · Giuseppe Tronci · White Rose eTheses Online (University of Leeds, The University of Sheffield, University of York) · 1

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Torsional vibration analysis of Fastening structure based on finite element method

2015 · Jinle Zhang, Minggang Du, et al. · IEEE International Conference on Mechatronics and Automation (ICMA) · 1

Developing Never Loosing Nuts

2013 · Katuhiko WAKABAYASHI · Nihon Kikai Gakkaishi/Journal of the Japan Society of Mechanical Engineers · 1

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Analysis on Jamming Failure between Titanium Alloy Bolt and Self-locking Nut

2012 · MA Rui-zhong · Failure Analysis and Prevention · 1

Failure Analysis on Self-locking Nuts of Titanium Alloy

2006 · Qingru Wang · Failure Analysis and Prevention · 1

Self-Locking Central Wheel Nuts

1995 · T E Thorpe · Proceedings of the Institution of Mechanical Engineers Part D Journal of Automobile Engineering · 1

Case studies on process sequence design in cold forming of engine valve slider and self-locking nuts

1994 · Igor Duplancic, Shiro Kobayashi · International Journal of Machine Tools and Manufacture · 1

Research and Application of Anti-loosening Technology for Key Connecting Parts in Shanghai Rail Transit Overhead Catenary System

2026 · Qiang XU · DOAJ (DOAJ: Directory of Open Access Journals)

Aerospace � Nuts, self-locking, with maximum operating temperature less than or equal to 425 �C � Procurement specification

2026

Aerospace � Nuts, self-locking, with maximum operating temperature less than or equal to 425 �C � Procurement specification

2026

DIN EN 3723:2026-07, Luft- und Raumfahrt_- Sechskantmutter, selbstsichernd, aus hochwarmfesten Stahl FE-PA92HT_(A286), MoS<(Index)2>-beschichtet_- Klasse: 1_100_MPa (bei Raumtemperatur)/425 °C; Deutsche und Englische Fassung prEN_3723:2026

2026

DIN EN 3377:2026-07, Luft- und Raumfahrt_- Sechskantmutter, selbstsichernd, aus hochwarmfesten Stahl FE-PA92HT_(A286)_- Klasse: 1_100_MPa (bei Raumtemperatur)/425 °C; Deutsche und Englische Fassung prEN_3377:2026

2026

DIN EN 3034:2026-06, Luft- und Raumfahrt_- Sechskantmutter, selbstsichernd mit Bördelscheibe_- Aus hochwarmfestem Stahl FE-PA92HT_(A286), versilbert_- Klasse: 1100_MPa/425 °C; Deutsche und Englische Fassung prEN_3034:2026

2026

DIN EN 2883:2026-06, Luft- und Raumfahrt_- Sechskantmutter, selbstsichernd, mit zylindrischer Aussenkung und Bördelscheibe, aus hochwarmfestem Stahl, MoS<(Index)2>-geschmiert_- Klasse: 1100_MPa (bei Raumtemperatur)/315 °C; Deutsche und Englische Fassung prEN_2883:2026

2026

DIN EN 3196:2026-06, Luft- und Raumfahrt_- Sechskantmutter, selbstsichernd, aus hochwarmfesten Stahl FE-PA92HT_(A286), versilbert_- Klasse: 1100_MPa (bei Raumtemperatur)/425 °C; Deutsche und Englische Fassung prEN_3196:2026

2026

Works count: 770

Citation count: 43