Publication detail
Stress Analysis of Deformed Storage Tank Shell
KLUČKA, I. NEKVASIL, R.
English title
Stress Analysis of Deformed Storage Tank Shell
Type
conference paper
Language
en
Original abstract
Shell plate material deformations appeared when storage tank operation. Material deformations were significant and may affect the loss of stability for the future operation. The assessment was made on the basis of performed measurements for examination the strength of existing deformations in the current wall thicknesses. Corrective actions and optimal method of operation including regular inspections was proposed. According to the measurements taken were assessed major geometry deformations. These deformations were subjected to a detailed stress analysis and assessed in terms of standards in use.
English abstract
Shell plate material deformations appeared when storage tank operation. Material deformations were significant and may affect the loss of stability for the future operation. The assessment was made on the basis of performed measurements for examination the strength of existing deformations in the current wall thicknesses. Corrective actions and optimal method of operation including regular inspections was proposed. According to the measurements taken were assessed major geometry deformations. These deformations were subjected to a detailed stress analysis and assessed in terms of standards in use.
Keywords in English
Storage Tank Shell, Stress Analysis
Released
20.08.2016
Publisher
AIDIC SERVIZI SRL
Location
VIA GIUSEPPE COLOMBO 81/A, MILANO, MI 20133, ITALY
ISBN
978-88-95608-42-6
Book
Chemical Engineering Transactions
Edition number
52
Pages from–to
853–858
Pages count
6
BIBTEX
@inproceedings{BUT170082,
author="Ivan {Klučka} and Richard {Nekvasil},
title="Stress Analysis of Deformed Storage Tank Shell",
booktitle=" Chemical Engineering Transactions",
year="2016",
month="August",
pages="853--858",
publisher="AIDIC SERVIZI SRL",
address="VIA GIUSEPPE COLOMBO 81/A, MILANO, MI 20133, ITALY",
isbn="978-88-95608-42-6"
}