Reprint

Coastal Engineering: Sustainability and New Technologies

Edited by
September 2023
568 pages
  • ISBN978-3-0365-8591-8 (Hardback)
  • ISBN978-3-0365-8590-1 (PDF)

This book is a reprint of the Special Issue Coastal Engineering: Sustainability and New Technologies that was published in

Engineering
Environmental & Earth Sciences
Summary

The reprint deals with different aspects related to sustainability and new technologies in coastal engineering, including innovation topics. Coastal engineering is a discipline in continuous evolution, where it is essential to seek a balance between the natural character of the coastal zone and the integration, to a greater or lesser extent, of human activities in that space. The present Special Issue had the objective of gathering scientific articles dealing with any aspect of coastal engineering related to sustainability or the use of new technologies. Manuscripts could have been focused on the past, the present, or what is expected in the future (short, medium, and long term). The manuscripts should have in some way shown concepts related to sustainability or the use of new technologies. Examples of topics that were welcomed in the Special Issue were environmental aspects related to maritime works (coastal, port, and offshore activities), coastal evolution, climate change, sea level rise and its influence in the design, construction, and/or maintenance of maritime infrastructures, sustainability aspects in the sea, marine renewable energies, including offshore wind, and novel aspects such as the use of new materials, the calculation of the carbon footprint, the use of neural networks, the use of BIM, etc.

Format
  • Hardback
License
© 2022 by the authors; CC BY-NC-ND license
Keywords
TELWIND; floating offshore wind; concrete; feasibility; economics; grouting clamp; bearing capacity analysis; damaged jacket; wedge gripping; facility management; BIM; port infrastructure; maintenance and operation management; continental water; white shrimp; groundwater; ionic composition; resistivity; crown wall; rubble mound breakwater; climate change; armor damage; Yellow River Delta; cone penetration test (CPT); soil behavior type (SBT); classification; vertical variability index (VVI); horizontal variability index (HVI); machine learning; neural networks; deep learning; gradient boosting; decision trees; ship movement prediction; cargo ship; port management; incompatibility; stability; total sediment; precipitation; marine residual fuels; mixing; storage; group composition; heptane-insoluble fraction; SARA; ternary phase diagrams; petroleum residues; TSA; offshore wind; maintenance; foundation; concrete; corrosion; models; oscillating water column; hydrodynamic efficiency; geometric optimization; OWC turbines; multipurpose platforms; breakwater-integrated OWCs; dual chambers OWCs; wave climate; container ports; twin yard cranes scheduling; dynamic cut-off time; no-crossing constraints; flexible; concrete composites; impact factors of concrete material; chloride diffusion characteristics; prediction model; SPH; DualSPHysics; new type of artificial block; TB-CUBE; wave run-up; overtopping; empirical formula; lightweight aggregates; chloride ingress resistance; natural cork; expanded clay; slag; fly ash; limestone; sustainable cements; mechanical properties; microstructure; wind turbine; wavemaker channel; vibration system; DAQ system; accelerometer; RANS-VoF; turbulence models; coastal structures; porous breakwater; wave breaking; wave overtopping; crown wall; rubble mound breakwater; field campaign; pressure; limit analysis method; multi-wing pile; ultimate lateral capacity; clay; lateral load; coastal erosion; restoration; ecosystem engineer; Aulophora; recirculation aquaculture system; acoustic velocity metre; artificial substrate; geotextiles; distribution of particles; cold ironing; sustainability; green ports; OPS; CO2 emissions; DualSPHysics; wave energy hyperbaric converter (WEHC); non-linear numerical modelling; smoothed particle hydrodynamics (SPH); power absorption; constrained optimisation; tidal stream energy exploitation; impact assessment; residual circulation; seasonal variability; upwelling; 3D numerical model; steel foundations; offshore wind; cathodic protection; electrodeposited films; rust; biofouling; model reference adaptive control; environmental compensation; wavelet neural network; approximation using incomplete states; hydrodynamic load; porous medium; flow field; submerged breakwater; bathymetry; video stitching; UAV; background identification; cBathy; calcareous sand; mineralization reaction; MICP; shear test; constitutive model; wave overtopping; regular wave; breakwater; bubble image velocimetry; overtopping flow velocity; overtopping layer thickness; V-pass system; automatic identification system; global positioning system; marine accident; ship collision reproduction system; n/a