Monitoring of the Turag River Dyke in Dhaka City Using Ground Penetrating Radar (GPR): A New Approach of Flood Risk Reduction in Bangladesh

Inland navigation structures (INS) facilitate transportation of goods in rivers and canals. Transportation of goods over waterways is more energy efficient than on roads and railways. INS, similar to other civil structures, are aging and require frequent condition assessment and maintenance. Countries, in which INS are important to their economies, such as the Netherlands and the United States, allocate significant budgets for maintenance and renovation of exiting INS, as well as for building new structures. Timely maintenance and early detection of a change to material or geometric properties (i.e., damage) can be supported with the structural health monitoring (SHM), in which monitored data, such as load, structural response, environmental actions, are analyzed. Huge scientific efforts are realized in bridge SHM, but when it comes to SHM of INS, the efforts are significantly lower. Therefore, the SHM community has opportunities to develop new solutions for SHM of INS and convince asset owners of their benefits. This review article, first, articulates the need to keep INS safe to use and fit for purpose, and the challenges associated with it. Second, it defines and reviews sensors, sensing technologies, and approaches for SHM of INS. Then, INS and their components, including structures in ports, are identified, described, and illustrated, and their monitoring efforts are reviewed. Finally, the review article emphasizes the added value of SHM systems for INS, concludes on the current achievements, and proposes future trajectories for SHM of INS and ports.

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“…121 However, their measurement is limited to shallow depths, which is sufficient for monitor animal burrows and underground piping in dikes. 122…”

Section: Non-contact Sensingmentioning

confidence: 99%

Structural health monitoring of inland navigation structures and ports: a review on developments and challenges

Negi

Kromanis

Dorée

et al. 2023

Structural Health Monitoring

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“…Besides, according to a number of scientists, it is necessary to conduct regular monitoring of these water facilities technical condition, as this allows for timely implementation of management decisions, aimed at ensuring their sustainable functioning. This is the conclusion that Fomenko I., Dinh H., Kozlov D. V., Yurchenko A. N., Golebiowski T., Piwakowski B., Ekram A. R. M., Kong F., Prieto C. J. L., Martinez-Alegria L. R., Abu-Abdullah M. M., Youssef A. M., Du L.-Y., Wang Z. L. and many others came to in their publications [16][17][18][19][20][21][22].…”

Section: Introductionmentioning

confidence: 99%

Comprehensive assessment of water management situation in the water bodies of Simferopol

2023

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The article presents the results of comprehensive analysis of water management situation at the water storage facilities of the Simferopol city. The study included digitization of reservoirs, survey of these water bodies and their coastal zones, determination of accumulated water composition and properties in field and laboratory conditions, assessment of their environmental sustainability. In the course of the work a list of ponds was identified, primarily in need of measures, aimed at improving their level of environmental safety and maintaining a comfortable urban environment.

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Опыт Оценки Экологической Безопасности Речных Гидротехнических Сооружений На Основе Интегрального Подхода

Volkova,

Dunaieva,

Popovich

et al. 2023

Èkol. prom. Ross.

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Отмечена целесообразность использования методов, основанных на проведении интегральной оценки, отражающей уровень экологической безопасности водохозяйственных объектов. Разработан подход по определению интегрального показателя, характеризующего уровень экологической безопасности последних. Проведена апробация данного способа на примере прудов р. Малый Салгир, расположенных в городской зоне. Выполнены оценка фактической обстановки и ранжирование этих водохозяйственных объектов по приоритету реализации действий, направленных на повышение их уровня экологической безопасности при эксплуатации.

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Monitoring of the Turag River Dyke in Dhaka City Using Ground Penetrating Radar (GPR): A New Approach of Flood Risk Reduction in Bangladesh

Cited by 3 publications

References 10 publications

Structural health monitoring of inland navigation structures and ports: a review on developments and challenges

Structural health monitoring of inland navigation structures and ports: a review on developments and challenges

Comprehensive assessment of water management situation in the water bodies of Simferopol

Опыт Оценки Экологической Безопасности Речных Гидротехнических Сооружений На Основе Интегрального Подхода

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