NUMERICAL ANALYSIS AND OPTIMIZATION OF SUPPORTING SYSTEM FOR FOUR HORNS ASSEMBLY

In the paper the supporting frame for four horns design for the High Intensity Neutrino Project EURONu is proposed and numerically investigated. The whole set is designed for the experimental investigations of the neutrino oscillations. In the proposed design the system of four horns in one assembly...

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Main Author: Bogdan SZYBIŃSKI
Format: Article
Language:English
Published: Silesian University of Technology 2014-03-01
Series:Scientific Journal of Silesian University of Technology. Series Transport
Subjects:
Online Access:http://www.polsl.pl/Wydzialy/RT/ZN_T/pelne_teksty/z82/261_ZN82_2014_Szybinski.pdf
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author Bogdan SZYBIŃSKI
author_facet Bogdan SZYBIŃSKI
author_sort Bogdan SZYBIŃSKI
collection DOAJ
description In the paper the supporting frame for four horns design for the High Intensity Neutrino Project EURONu is proposed and numerically investigated. The whole set is designed for the experimental investigations of the neutrino oscillations. In the proposed design the system of four horns in one assembly is introduced. These magnetic horns serve for focusing of elementary particles – pions and kaons, which are the products of the interaction of the accelerated protons with the graphite target inserted into the horn. Each horn has the form of a complex shell, which is subjected to the complex system of loadings, like magnetic, thermal and the own weight. The proposed system of supports fulfills the assembly conditions, provides the reasonable stiffness and exhibits the natural frequencies distant enough from the excitation frequency.
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spelling doaj.art-d1e775f46ccd473390ae88df4e1f5d142025-01-02T09:44:57ZengSilesian University of TechnologyScientific Journal of Silesian University of Technology. Series Transport0209-33242450-15492014-03-0182261270NUMERICAL ANALYSIS AND OPTIMIZATION OF SUPPORTING SYSTEM FOR FOUR HORNS ASSEMBLYBogdan SZYBIŃSKIIn the paper the supporting frame for four horns design for the High Intensity Neutrino Project EURONu is proposed and numerically investigated. The whole set is designed for the experimental investigations of the neutrino oscillations. In the proposed design the system of four horns in one assembly is introduced. These magnetic horns serve for focusing of elementary particles – pions and kaons, which are the products of the interaction of the accelerated protons with the graphite target inserted into the horn. Each horn has the form of a complex shell, which is subjected to the complex system of loadings, like magnetic, thermal and the own weight. The proposed system of supports fulfills the assembly conditions, provides the reasonable stiffness and exhibits the natural frequencies distant enough from the excitation frequency.http://www.polsl.pl/Wydzialy/RT/ZN_T/pelne_teksty/z82/261_ZN82_2014_Szybinski.pdfmagnetic hornsfinite element modelingnumerical optimizationframe system
spellingShingle Bogdan SZYBIŃSKI
NUMERICAL ANALYSIS AND OPTIMIZATION OF SUPPORTING SYSTEM FOR FOUR HORNS ASSEMBLY
Scientific Journal of Silesian University of Technology. Series Transport
magnetic horns
finite element modeling
numerical optimization
frame system
title NUMERICAL ANALYSIS AND OPTIMIZATION OF SUPPORTING SYSTEM FOR FOUR HORNS ASSEMBLY
title_full NUMERICAL ANALYSIS AND OPTIMIZATION OF SUPPORTING SYSTEM FOR FOUR HORNS ASSEMBLY
title_fullStr NUMERICAL ANALYSIS AND OPTIMIZATION OF SUPPORTING SYSTEM FOR FOUR HORNS ASSEMBLY
title_full_unstemmed NUMERICAL ANALYSIS AND OPTIMIZATION OF SUPPORTING SYSTEM FOR FOUR HORNS ASSEMBLY
title_short NUMERICAL ANALYSIS AND OPTIMIZATION OF SUPPORTING SYSTEM FOR FOUR HORNS ASSEMBLY
title_sort numerical analysis and optimization of supporting system for four horns assembly
topic magnetic horns
finite element modeling
numerical optimization
frame system
url http://www.polsl.pl/Wydzialy/RT/ZN_T/pelne_teksty/z82/261_ZN82_2014_Szybinski.pdf
work_keys_str_mv AT bogdanszybinski numericalanalysisandoptimizationofsupportingsystemforfourhornsassembly