The Perfomance Evaluation of a Hydraulic and Magnetic Clamp Device Manufactured to Transport with Safety the Curved Steel Plate Required for Shipbuilding

Authors

  • Ki Yeol Lee

  • Byung Young Moon

Keywords:

hydraulic and magnetic clamp, curved steel plates, performance evaluation, ferritic permanent magnet, residual induction, coersive force, adhesive for

Abstract

As a new technical approach a hydraulic and magnetic clamp device was attempted to realize a magnetic clamp crane system that uses 8 simultaneously actuating individual hydraulic cylinders Through this approach a Sr type of ferritic permanent magnet SrO 6Fe2O3 not the previously employed electro-magnet was utilized for the purpose of lifting and transporting the heavy weighted and oversized curved steel plates used for manufacturing the ships This study is aimed at manufacturing and developing the hydraulic magnetic clamp prototype which is composed of three main parts the base frame cylinder joint and magnet joint in order to safely transport such curved steel plates Furthermore this research was pursued to conduct a performance evaluation as to the prototype manufacture and acquire the planned quantity value and the development purpose items

How to Cite

Ki Yeol Lee, & Byung Young Moon. (2015). The Perfomance Evaluation of a Hydraulic and Magnetic Clamp Device Manufactured to Transport with Safety the Curved Steel Plate Required for Shipbuilding. Global Journal of Science Frontier Research, 15(I2), 11–21. Retrieved from https://journalofscience.org/index.php/GJSFR/article/view/1705

The Perfomance Evaluation of a Hydraulic and Magnetic Clamp Device Manufactured to Transport with Safety the Curved Steel Plate Required for Shipbuilding

Published

2015-07-15