DEVELOPMENT OF NET-SHAPING TECHNOLOGY FOR THE UNDERCUT STEM OF THE HIGH-STRENGTH BOLT

SADAO ISHIHARA; TAKESHI INADA; TERUKI KAMEDA

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DEVELOPMENT OF NET-SHAPING TECHNOLOGY FOR THE UNDERCUT STEM OF THE HIGH-STRENGTH BOLT

机译：高强度螺栓防脱杆网成形技术的发展

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A type of bolt that has an undercut in its stem portion is used for fastening engine pats. In the past, the range in which the stem could be net-shaped was limited. We recently developed a "spiral filling upsetting method "that has completely eliminated the machining process while expanding the range in which the net-shaping process can be applied. We focused on the three-dimensional spiral buckling characteristic, which is not ordinarily utilized in plasticity processing, and effectively applied it on this technology.

机译：在其杆部具有底切的一种螺栓用于固定发动机踏板。过去，杆可以呈网状的范围受到限制。我们最近开发了一种“螺旋填充filling粗方法”，该方法完全消除了加工过程，同时扩大了可应用网状成形过程的范围。我们着眼于塑性加工中通常不使用的三维螺旋屈曲特性，并将其有效地应用于该技术。

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来源
《Toyota Technical Review》 |1999年第2期|100-105|共6页
作者
SADAO ISHIHARA; TAKESHI INADA; TERUKI KAMEDA;
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正文语种 eng
中图分类汽车工程;一般工业技术;
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专利

1. Development of net-shaping technology for the undercut stem of the high-strength bolt [J] . Sadao Isihara, Takeshi Inada, Teruki Kameda Toyota Technical Review . 1998,第2期

机译：高强度螺栓底切杆网成形技术的发展
2. Effects of Alloying Elements on Hydrogen Contents of Steels for High-Strength Bolts (Development of Steels for High-Strength Bolts with Better Delayed Fracture Resistance-1) [J] . Yuichi Namimura 材料とプロセス: 日本鉄鋼協会講演論文集 . 1996,第6期

机译：合金元素对高强度螺栓用钢中氢含量的影响（抗断裂延迟性更好的高强度螺栓用钢-1的开发）
3. Effects of Alloying Elements on Hydrogen Contents of Steels for High-Strength Bolts (Development of Steels for High-Strength Bolts with Better Delayed Fracture Resistance-1) [J] . Yuichi Namimura 材料とプロセス: 日本鉄鋼協会講演論文集 . 1996,第6期

机译：合金元素对高强度螺栓钢氢含量的影响（高强度螺栓钢材的开发，延迟骨折 - 1）
4. Development of Net-Shaping Technology for the Undercut Stem of the High-Strength Bolt [C] . Takeshi Inada, Teruki Kameda 1999 Global Powertrain Congress Vol.12: Powertrain Assembly amp; Manufacturing Processes Oct 5-7, 1999, Stuttgart, Germany . 1999

机译：高强度螺栓底切杆网成形技术的开发
5. Development of Drilling Control Technology to Reduce Drilling Noise during Roof Bolting Operations. [D] . Li, Mingming. 2015

机译：钻井控制技术的发展，以减少顶板锚固作业期间的钻井噪音。
6. Development of Self-Sensing Textile Strengthening System Based on High-Strength Carbon Fiber [O] . Marcin Górski, Rafał Krzywoń, Magdalena Borodeńko 2018

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7. Development of Ultrasonic Bolt Axial Force Inspection System for Turbine Bolts in a Thermal Power Plant. [O] . Masataka SUDA, Yasunori HASUO, Akihiro KANAYA, 1991

机译：电力发电厂涡轮机螺栓超声波螺栓轴力检测系统的研制。
8. REVIEW OF RECENT DEVELOPMENTS IN THE TECHNOLOGY OF HIGH-STRENGTH STAINLESS STEELS [R] . D. A. Roberts 1961

机译：高强度不锈钢技术近期发展回顾

DEVELOPMENT OF NET-SHAPING TECHNOLOGY FOR THE UNDERCUT STEM OF THE HIGH-STRENGTH BOLT

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