STUDY ON DESIGN AND MANUFACTURING AN EXPERIMENTAL MODEL TO INVESTIGATE ROPE END CLAMPING FORCES ON A DRUM
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Keywords

Friction force, Euler-Eytelwein formula, rope drum, rope end clamp, rope end clamping force. Lực ma sát, công thức lực ma sát Euler, tang cuốn cáp, kẹp đầu cáp, lực kẹp đầu cáp.

How to Cite

NGUYỄN VĂN, T., NGUYỄN TIẾN, N., CAO THÀNH, D., PHẠM VĂN, M., & PHẠM QUANG, D. (2022). STUDY ON DESIGN AND MANUFACTURING AN EXPERIMENTAL MODEL TO INVESTIGATE ROPE END CLAMPING FORCES ON A DRUM . Journal of Marine Science and Technology, 10(10), 310–315. Retrieved from https://jmst.vimaru.edu.vn/index.php/tckhcnhh/article/view/188

Abstract

In most lifting mechanisms and hoists, steel ropes are driven directly from rope drums, the most common of which is single-layer ones that use the rope end fixing method on drums with clamps. Thus, a complete study of the working process of rope clamps on a drum is essential to ensure transmission capability, safety, and reliability. The paper presents the theoretical foundation research, design, and manufacture of an experimental model to investigate rope end clamping forces on a drum. The model is designed, manufactured, and exploited at the Mechanical Experimental Research Department, Hanoi University of Civil Engineering. Based on this model, various types of experiments can be set up to serve research and training in mechanical engineering majors.

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