Steep Angle Conveying

Fred Josef Ritzinger

Steep Angle Conveying

Titel in Übersetzung: Steilförderer

Fred Josef Ritzinger

Publikation: Thesis / Studienabschlussarbeiten und Habilitationsschriften › Diplomarbeit

Abstract

Es ist unnötig zu erwähnen, dass jedes Unternehmen versucht, Kosten zu reduzieren. Im Bergbau bieten Stetigförderer eine mögliche Lösung. Diese Arbeit betrachtet kontinuierlich arbeitende Steilförderer als Ersatz für Schwerlastkraftwagen im „Open-pit“ Tagebau. Nach einer ausführlichen Literaturrecherche über die verfügbaren Systeme wurden die wichtigsten technischen Anforderungen eruiert und in einem Analytical Hierarchy Process (AHP) verwendet. Diese matrixbasierende Methode hilft bei der Findung einer geeigneten Lösung für das Entscheidungsziel nach dem am besten geeigneten Steilförderer, indem sie die Alternativen nach deren Erfüllung der Anforderungen und nach der Wichtigkeit der Anforderungen selbst reiht. Weitere Untersuchungen wurden mit der bevorzugten Alternative durchgeführt; resultierend in einem Ausführungsbeispiel, das die Grenzen dieses Systems aufzeigt.

Titel in Übersetzung	Steilförderer
Originalsprache	Englisch
Qualifikation	Dipl.-Ing.
Betreuer/-in / Berater/-in	Kessler, Franz, Betreuer (intern) Feger, Frank, Betreuer (extern), Externe Person
Datum der Bewilligung	16 Dez. 2011
Publikationsstatus	Veröffentlicht - 2011

Bibliographische Notiz

gesperrt bis 17-11-2016

Schlagwörter

Fördertechnik
Stetigförderer
In-Pit Crushing and Conveying
Steilförderer
Analytical Hierarchy Process

Dieses zitieren

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title = "Steep Angle Conveying",

abstract = "It is needless to say that any business aims to cut costs. In the mining industry, continuous conveying offers a possible solution to this end. This thesis considers different continuous steep angle conveying systems as substitute for truck haulage systems in open pit mines. After a detailed literature review on the available systems, the major technical requirements are determined and used in an application of the Analytical Hierarchy Process (AHP). This matrix based method assists in finding an appropriate answer to the decision goal, to determine the most suitable steep angle conveying system, by ranking the alternatives according to their compliance with the requirements and to the importance of the requirements itself. Further investigations were carried out with the favored alternative; resulting in a design example illustrating the limits of this steep angle conveying system.",

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N1 - embargoed until 17-11-2016

PY - 2011

Y1 - 2011

N2 - It is needless to say that any business aims to cut costs. In the mining industry, continuous conveying offers a possible solution to this end. This thesis considers different continuous steep angle conveying systems as substitute for truck haulage systems in open pit mines. After a detailed literature review on the available systems, the major technical requirements are determined and used in an application of the Analytical Hierarchy Process (AHP). This matrix based method assists in finding an appropriate answer to the decision goal, to determine the most suitable steep angle conveying system, by ranking the alternatives according to their compliance with the requirements and to the importance of the requirements itself. Further investigations were carried out with the favored alternative; resulting in a design example illustrating the limits of this steep angle conveying system.

AB - It is needless to say that any business aims to cut costs. In the mining industry, continuous conveying offers a possible solution to this end. This thesis considers different continuous steep angle conveying systems as substitute for truck haulage systems in open pit mines. After a detailed literature review on the available systems, the major technical requirements are determined and used in an application of the Analytical Hierarchy Process (AHP). This matrix based method assists in finding an appropriate answer to the decision goal, to determine the most suitable steep angle conveying system, by ranking the alternatives according to their compliance with the requirements and to the importance of the requirements itself. Further investigations were carried out with the favored alternative; resulting in a design example illustrating the limits of this steep angle conveying system.

KW - materials handling

KW - continuous conveyor

KW - In-Pit Crushing and Conveying

KW - steep angle conveying

KW - Analytical Hierarchy Process

KW - Fördertechnik

KW - Stetigförderer

KW - In-Pit Crushing and Conveying

KW - Steilförderer

KW - Analytical Hierarchy Process

M3 - Diploma Thesis

ER -