@misc{10498/31811,
year = {2024},
month = {4},
url = {http://hdl.handle.net/10498/31811},
abstract = {A low-cost methodology is proposed to provide settlement data for solid blocks in order to improve the design of future coastal structures. Two methods were used to determine how far the block was sinking at the sandy bottom: topographically (four field campaigns) and continuously (with two pressure sensors) for 7.5 months. Settlement values obtained were similar in both cases. The difference between both methods at most 2 cm. Half of the sink occurred in the first week. Over the next month, the rate of sinking slowed down until a storm ended it all. Subsequently, the blocks remained stable. A  comparison with other researchers’ data was performed and significant differences were found. This heterogeneity in behaviour necessitate the use of these types of low-cost tests that would help calibrate both physical and numerical models.},
publisher = {Elservier},
keywords = {Scour},
keywords = {Sinking},
keywords = {Breakwater},
keywords = {Coast},
keywords = {Concrete block},
title = {Low-cost methodology to study the settlement of solid blocks on sandy bottoms},
doi = {10.1016/j.oceaneng.2024.117823},
author = {Contreras de Villar, Antonio and Muñoz Pérez, Juan José and Contreras de Villar, Francisco and Vidal Pérez, Juan Manuel and López García, Patricia and Ruiz Ortiz, Verónica and Cerezo Andreo, Felipe and González Gallero, Raúl and García López, Santiago and Jigena Antelo, Bismarck},
}