Ship Load Response Test and Structural Bearing Capacity Assessment of High-Piled Wharfs

Ship loads are most frequently exerted on wharf structures,which will inevitably cause different degrees of impact on the wharfs during berthing process of ships.In order to study the influence of the loads,this paper carries out field tests on the high-piled wharf in old ports of Lianyungang with d...

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Main Authors: WANG Chengqiang, LIU Qiang, GAO Junjun, CHEN Zhonghua
Format: Article
Language:zho
Published: Editorial Office of Pearl River 2020-01-01
Series:Renmin Zhujiang
Subjects:
Online Access:http://www.renminzhujiang.cn/thesisDetails#10.3969/j.issn.1001-9235.2020.11.009
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author WANG Chengqiang
LIU Qiang
GAO Junjun
CHEN Zhonghua
author_facet WANG Chengqiang
LIU Qiang
GAO Junjun
CHEN Zhonghua
author_sort WANG Chengqiang
collection DOAJ
description Ship loads are most frequently exerted on wharf structures,which will inevitably cause different degrees of impact on the wharfs during berthing process of ships.In order to study the influence of the loads,this paper carries out field tests on the high-piled wharf in old ports of Lianyungang with different types of ship berthing loads,and re-checks and calculates the bearing capacity of the wharf according to relevant standards.It was found that structural response of the wharf to ship impacts is related with ship tonnage and berthing speed.In addition,the fender absorbing energy and ship collision force can be deduced according to fitting formulas.According to the results of field tests and re-checking calculation,the bearing capacity of pile foundation can meet the current functional requirements.
format Article
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institution Kabale University
issn 1001-9235
language zho
publishDate 2020-01-01
publisher Editorial Office of Pearl River
record_format Article
series Renmin Zhujiang
spelling doaj-art-4e5b971dadcf4fa4a7235edef51366442025-01-15T02:29:37ZzhoEditorial Office of Pearl RiverRenmin Zhujiang1001-92352020-01-014147648687Ship Load Response Test and Structural Bearing Capacity Assessment of High-Piled WharfsWANG ChengqiangLIU QiangGAO JunjunCHEN ZhonghuaShip loads are most frequently exerted on wharf structures,which will inevitably cause different degrees of impact on the wharfs during berthing process of ships.In order to study the influence of the loads,this paper carries out field tests on the high-piled wharf in old ports of Lianyungang with different types of ship berthing loads,and re-checks and calculates the bearing capacity of the wharf according to relevant standards.It was found that structural response of the wharf to ship impacts is related with ship tonnage and berthing speed.In addition,the fender absorbing energy and ship collision force can be deduced according to fitting formulas.According to the results of field tests and re-checking calculation,the bearing capacity of pile foundation can meet the current functional requirements.http://www.renminzhujiang.cn/thesisDetails#10.3969/j.issn.1001-9235.2020.11.009high-piled wharfship impact forcefender reaction forcestructural responsebearing capacity
spellingShingle WANG Chengqiang
LIU Qiang
GAO Junjun
CHEN Zhonghua
Ship Load Response Test and Structural Bearing Capacity Assessment of High-Piled Wharfs
Renmin Zhujiang
high-piled wharf
ship impact force
fender reaction force
structural response
bearing capacity
title Ship Load Response Test and Structural Bearing Capacity Assessment of High-Piled Wharfs
title_full Ship Load Response Test and Structural Bearing Capacity Assessment of High-Piled Wharfs
title_fullStr Ship Load Response Test and Structural Bearing Capacity Assessment of High-Piled Wharfs
title_full_unstemmed Ship Load Response Test and Structural Bearing Capacity Assessment of High-Piled Wharfs
title_short Ship Load Response Test and Structural Bearing Capacity Assessment of High-Piled Wharfs
title_sort ship load response test and structural bearing capacity assessment of high piled wharfs
topic high-piled wharf
ship impact force
fender reaction force
structural response
bearing capacity
url http://www.renminzhujiang.cn/thesisDetails#10.3969/j.issn.1001-9235.2020.11.009
work_keys_str_mv AT wangchengqiang shiploadresponsetestandstructuralbearingcapacityassessmentofhighpiledwharfs
AT liuqiang shiploadresponsetestandstructuralbearingcapacityassessmentofhighpiledwharfs
AT gaojunjun shiploadresponsetestandstructuralbearingcapacityassessmentofhighpiledwharfs
AT chenzhonghua shiploadresponsetestandstructuralbearingcapacityassessmentofhighpiledwharfs