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Your search keyword '"KORDASZEWSKI, S."' showing total 2 results
Start Over Author "KORDASZEWSKI, S." Topic almgsi alloy
2 results on '"KORDASZEWSKI, S."'

1. NEW GENERATION OF CABLE SCREW CONNECTORS FOR ELECTRICAL POWER ENGINEERING SYSTEMS.

Author

KORZEŃ, K., KORDASZEWSKI, S., JURKIEWICZ, B., KAWECKI, A., STRZȨPEK, P., BOżEK, E., and BABIARZ, B.

Subjects
*ENGINEERING systems, *ELECTRICAL engineering, *SYSTEMS engineering, *ROCK bolts, *SCREWS, *CABLE structures, *FINITE element method
Abstract

The article presents a material analysis for a new generation of cable screw connectors with shear bolts designed for not only 1st and 2nd class of cables but also 5th class of aluminium and copper conductors that have not been previously supported. The set of properties of aluminium series 6xxx designated for screw connectors production has been determined. Finite Element Method (FEM) simulation of the controlled shear of the bolt at the body of the screw connector has been carried out. The repeatability of the bolt shear in the actual conditions was also conducted in order to verify the prototypes of the new generation of cable screw connectors. [ABSTRACT FROM AUTHOR]

Published
2022

2. RESEARCH ON THE THREADED CONNECTION SYSTEM FROM AlMgSi ALLOY FOR ELECTRICAL POWER CABLES UNDER VARIOUS CLAMPING LOADS.

Author

KORZEN, K., KWASNIEWSKI, P., KIESIEWICZ, G., KORDASZEWSKI, S. Z., JURKIEWICZ, B., BABIARZ, B., and BOZEK, E.

Subjects
*ELECTRIC power, *STRAIN gages, *FINITE element method, *CABLES, *ALLOYS, *BOLTED joints
Abstract

This article presents strain gauge tests showing the force loads in the connection system of power cables, with AlMgSi sheer bolts. Among others, the analysis of the influence of the tightening torque of the clamping unit on the distribution of forces and the evaluation of the strain in the entire system was carried out. The knowledge of the force conditions and loads in the threaded connection system allowed to develop, with the use of Finite Element Method (FEM) modelling, the optimal geometry and material of elements for the power cable connection system. [ABSTRACT FROM AUTHOR]

Published
2023

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