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Propulsion system

What it Takes to Manufacture Million $ Propellers Moving World’s Largest Ships Welcome back to the FLUCTUS channel for a discussion about how giant ship propellers are manufactured, cleaned, and protected from the ocean’s elements.Fluct...

Savoir construire-Savoir déconstruire. Anticiper le démentiellement et seconde vie dès la phase de conception et construction.

Découverte | Déconstruire le pont Champlain À Montréal, le vieux pont Champlain s’étirait sur 3,4 kilomètres. Sa structure de béton et d’acier menaçait de s’effondrer. Pendant trois ans, les ingénieurs...

FREMM...

Frégates multi-missions, alerte en haute mer (#JDEF) Ce mois-ci, nous vous proposons d'embarquer à bord de l'Aquitaine, une des frégates multi-missions de la Marine nationale. Sur l'échiquier naval, c'est une p...

Le commandant Charcot.. Ship Design pour croisière high-tech dans les glaces.

Le commandant Charcot : croisière high-tech dans les glaces Il est le premier navire français à avoir atteint le pôle Nord en 2021 et le seul bateau de croisière capable de naviguer dans la banquise la plus épaisse de...

Smart Design for Ships in a Smart Product Through-Life and Industry 4.0 Environment

(PDF) Smart Design for Ships in a Smart Product Through-Life and Industry 4.0 Environment PDF | As the world becomes more connected and customer's 'needs and wants' lean more towards bespoke products, the way they are designed and... | Find, read and cite all the research you need on ResearchGate

Ship Design Optimization Framework Considering Future Uncertain Carbon Emission Regulations

https://lnkd.in/ej2W4hEb

Ship Design Optimization Framework Considering Future Uncertain Carbon Emission Regulations | SNAME International Marine Design Conference | OnePetro Wei, Qikun, and Yan Liu. "Ship Design Optimization Framework Considering Future Uncertain Carbon Emission Regulations." Paper presented at the SNAME 14th International Marine Design Conference, Vancouver, Canada, June 2022. doi: https://doi.org/10.5957/IMDC-2022-232

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How submarine was made possible through a series of six historic engineering breakthroughs.

https://www.youtube.com/watch?v=1Esapb0gT3w&ab_channel=Element18

Submarines – Extreme Technology – Big Bigger Biggest At 171 metres long, the USS Pennsylvania is the biggest submarine in the US Navy. It can dive deeper than a thousand feet, sail for 20 years without refuell...

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One more year loaded with new challenges.
May the new year bring you opportunity to achieve your goals.
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GAP elements as contact

Rigidity of GAP elements in contact GAP element rigidity will depend on the material of the parts in contact... and also on the mesh size! Learn how to calculate it!

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