Latest posts tagged with #OceanEngineering on Bluesky
Beneath the waves, colossal hidden cities of energy infrastructure face a silent threat: underwater landslides! 🌊 Can these mammoth structures withstand nature’s power? 🤔 #OceanEngineering
Source: phys.org/news/2025-05-underwater-...
Access ocean data & accelerate your workflow with integrated workspaces 🦈
#Jupyterlab #Python #R #OGC #GIS #Visualization #oceanresearch #oceanscience #oceanengineering #datadiscovery #dataanalysis #oceandata
It was my pleasure of given a task at a company to contribute on giving ideas about breakwater design. This my final design on the breakwater design using Tetrapod
#OceanEngineering #OnShoreBreakwater #Tetrapod #BreakwaterDesign #ReadyToWork
It was my pleasure of given a task at a company to contribute on giving ideas about breakwater design. This is my step on designing it by making Gumbel and Weibull method to determine the wave height plan.
#OceanEngineering #WeibullGumbelMethod #BreakwaterDesign #ReadyToWork
It was my pleasure of given a task at a company to contribute on giving ideas about breakwater design. This is my step on designing it by making the Wave Rose
#OceanEngineering #WaveRose #BreakwaterDesign #ReadyToWork
It was my pleasure of given a task at a company to contribute on giving ideas about breakwater design. This is my step on designing it by making the Bathymetric Map
#OceanEngineering #BathymetricMap #BreakwaterDesign #ReadyToWork
The development and utilization of marine resources offer vast strategic potential for the sustainable progress of human society.
www.sciencedirect.com/science/article/abs/pii/...
#chemsky #CoralAggregate #MarineConstruction #OceanEngineering #MarineSustainability
🌊 Blue energy, hydropower, tides, wind, waves is the future. This study highlights trends and triboelectric nanogenerators (TENGs) for ocean energy harvesting.
🔗 www.sciopen.com/article/10.2...
#BlueEnergy #RenewableEnergy #OceanEngineering #SustainableTech #SciOpen @tsinghuauniversity.bsky.social
🌬️How does flow direction affect floating offshore wind platforms?
CFD study shows varying flow angles drive vortex-induced motion, unique wake patterns, and distinct platform trajectories.
🔗 sciopen.com/article/10.2...
#OffshoreWind #OceanEngineering #SciOpen #TUP
@tsinghuauniversity.bsky.social 🧪🌏🌐
10 positions for AIMEC Postdoctoral Researcher (WAP25-002) - Sendai, Kanagawa, Japan - www.earthworks-jobs.com/jobpost/wpi-... #jobs #postdoc #MarinePhysics #MarineEcology #Geochemistry #OceanEngineering #Geomicrobiology #ComputerScience #Meteorology
INESC TEC and SINTEF are joining forces on a pilot for monitoring floating #offshoreenergy structures, strengthening #oceanengineering and driving Europe’s #blueeconomy forward.
🔎Read here: buff.ly/NeBtbpZ
📄🔓 'Current status and trends of wet-mate connectors' - an article published in 𝘐𝘯𝘵𝘦𝘭𝘭𝘪𝘨𝘦𝘯𝘵 𝘔𝘢𝘳𝘪𝘯𝘦 𝘛𝘦𝘤𝘩𝘯𝘰𝘭𝘰𝘨𝘺 𝘢𝘯𝘥 𝘚𝘺𝘴𝘵𝘦𝘮𝘴 on #ScienceOpen -
🖇️ #MarineTechnology #UnderwaterConnectors #OceanEngineering #SmartOceans
The heart of the modular pressure housings is the "Active" coupler between tubes that puts all sensors in contact with the environment. It is a very difficult part to machine, but our friends at KAD Designs & Prototypes have The Right Stuff. #SCIMPI #oceanengineering
🌊 Introducing Marine Energy Research (MER)
An open access journal advancing the science and engineering of offshore and ocean energy systems.
📖 Learn more: www.sciepublish.com/journals/mer
#MarineEnergy #OceanEngineering #RenewableEnergy #WavePower #OffshoreWind #CoastalResearch
Le navire Persévérance proche des glaciers de l’Antarctique en 2023. Férial, Fourni par l'auteur
[6/6] L’océan capte déjà 30% du CO2 émis par l’homme. S’il est un précieux régulateur climatique, il ne doit pas devenir un alibi pour retarder les vraies réductions d’émissions. Prudence, gouvernance internationale et recherches approfondies sont indispensables. #geography #oceanengineering
La « neige marine » est une pluie de détritus marins, principalement issus du phytoplancton, qui tombe des couches supérieures vers les fonds de l’océan. Henk-Jan Hoving/GEOMAR
[5/6] Le fer est aussi consommé par des bactéries qui rejettent du CO2 en retour. Modifier le phytoplancton change aussi toute la chaîne alimentaire. Sans compréhension fine de ces dynamiques, toute fertilisation massive est prématurée. #geography #oceanengineering
[4/6] Des essais montrent qu'1 tonne de fer capte jusqu’à 110.000 tonnes de CO2. Mais le type de fer est décisif : celui libéré par la fonte glaciaire est 100x plus assimilable que celui des poussières. Les projections globales sont donc très incertaines. #geography #oceanengineering
[3/6] Cette pompe biologique transfère env. 10 Gt de CO2/an vers les profondeurs. Mais sa performance dépend du fer disponible. Or, la fertilisation artificielle risque de dérégler les écosystèmes : zones mortes, algues toxiques, chute de la biodiversité et du poisson. #geography #oceanengineering
[1/6] Marion Fourquez chercheuse à l’Institut méditerranéen d’océanographie (IRD/CNRS), analyse la tentation croissante de "fertiliser" les océans avec du fer pour capter le CO2. Une solution séduisante mais risquée encore mal comprise au cœur de débats scientifiques. #geography #oceanengineering
Graphic illustration of artificial upwelling process. Image courtesy of Rita Erven CDRmare/GEOMAR.
[5/5] L’upwelling pourrait soutenir l’aquaculture ou la résilience des récifs mais reste non viable à grande échelle. Les incertitudes technologiques, le manque de financement et les risques environnementaux font qu’elle reste en marge des stratégies climatiques. #geography #oceanengineering
[3/5] Des projets comme Seafields veulent nourrir des fermes d’algues flottantes grâce à l’upwelling, mais les défis d’échelle, de réglementation et d’impact écologique sont énormes. Même les partisans doutent de l’idée d’installer des millions de tuyaux dans l’océan. #geography #oceanengineering
[2/5] Malgré des tests depuis les 1970's (Hawaï en 2008, Chine en 2018-2020), les défaillances techniques sont fréquentes. L’essai Test-artUP (Canaries, 2021-2024) s’est arrêté après 4h. Le coût d’un seul tuyau varie de 100.000 à 1 million $ pour 400 m de profondeur. #geography #oceanengineering
🌊 What is Offshore Engineering?
👉 Click here: engineersheaven.org/forum/topic/50
to visit our website and read the full article.
#OffshoreEngineering #MarineStructures #EnergyAtSea #OceanEngineering #SubseaTechnology #OilAndGasEngineering #RenewableEnergy #CoastalInnovation #EngineersHeaven
#oceanscience #marinescience #earlycareerresearcher #earlycareerconference #ECR #oceandecade #sustainability #bluecarbon #oceanengineering #marineecology #marinechemistry #marinengineering #scientificdiving #coralresearchers #oceanliteracy #callforabstracts
Oceanic engineering is vital for understanding our ocean, including its interaction with climate systems and enabling sustainable living. And I am proud to be contributor in this #OceanEngineering community! (3/3)
⚓ What is Marine Engineering?
👉 Click here: www.engineersheaven.org/forum/topic/42
to visit our website and read the full article.
#MarineEngineering #NavalArchitecture #OceanEngineering #ShipDesign #OffshoreEngineering #MarineTechnology #EngineeringWorld #STEMCareers #EngineeringLife
Tenure-Track Faculty Position in Marine Energy - Manoa, HI, USA - www.earthworks-jobs.com/marine/hawai... #jobs #academicjobs #OceanEngineering #MarineEnergy
AIMEC Researcher or AIMEC Postdoctoral Researcher (WAM24-005) - Kanagawa, Japan - www.earthworks-jobs.com/marine/wpi_a... #jobs #MarinePhysics #MarineEcology #Geochemistry #OceanEngineering #Geomicrobiology #ComputerScience #Meteorology #Meteorological #oceanographicmodeling #EarthSciences
