iYacht design & engineering’s Post

ALL ART ON DECK In an unexpected twist of maritime fate, the tumultuous weather gods decided to try their hand at modern art. As the storm raged, the shipyard's dry dock sank with the grace of a lead balloon, yielding a spectacle for the ages. Amidst the chaos, a colossal metal plate took an unexpected detour. It plummeted like a misguided torpedo and lodged itself vertically into the dry dock's metal deck. This unplanned engineering feat defied gravity and common sense, resulting in a sculpture that could rival the works of even the most avant-garde artists. To the untrained eye, it might appear as a mere accident, an unfortunate mishap of the maritime industry. However, this was nothing short of a serendipitous masterpiece for a seasoned naval architect. Standing tall and proud amidst the carnage, the metal plate presents a juxtaposition of form and function that can only be appreciated by those familiar with the intricacies of ship design. Its angular insertion into the deck creates a tension between the forces of nature and human engineering, a dynamic display of structural integrity meeting its match. The lines, the angles, the sheer audacity of its placement—all speak to the unexpected beauty found in the collision of elements, a sight that intrigues even the most seasoned naval architects. The outcome is an unintentional success of industrial design, showcasing Mother Nature's unpredictable artistry. This towering marvel symbolized unexpected brilliance, garnering admiration (and maybe a few laughs) from those who could appreciate its distinctive combination of disorder and skill. It serves as a reminder that in the realm of naval architecture and marine engineering, resilience and adaptability often result in the best designs, even if they come about purely by chance. Learn more about ACMA: acma-inc.com #navalarchitecture #marineengineering #acma #shipdesign

Here Is A Guide To Naval Architecture.. Check out this article 👉 #NavalArchitecture #Shipping #Maritime #MarineInsight #Merchantnavy #Merchantmarine #MerchantnavyShips

New propulsion methods and changing lifestyle demands are transforming traditional yacht design in several significant ways.   A key issue is to bring in naval architects at the earliest stages to integrate sustainability goals seamlessly. Reducing emissions and transitioning to alternative fuels require a unique combination of engineering expertise and innovative design choices that break away from established norms. Early design decisions, such as hull form, engine placement, and fuel storage configurations, have a substantial impact on the yacht’s operational efficiency, stability, and carbon footprint. Decisions made during the conceptual phase can significantly shape the final product’s environmental impact.   What is your experience? #navalarchitecture #yachtdesign #reducedemissions #sustainability

sudden thinking.. like for plumbing system, as designer or naval architecture (Iam not saying Iam naval architecture) is it mandatory chose which product (if using commercial product). I know it should be specified capacity and dimension.. umm.. #fuelsystem #smallcraft #outboardengine

~~Ahoy~~ PART 1 Ever wondered how massive ships stay afloat, gracefully navigate the waves, and carry all sorts of cargo and people across vast oceans? That's the magic of naval architecture! In simple terms, naval architecture is the engineering discipline behind the design, construction, and performance of ships and other floating structures. It's like being an architect, but for the high seas! As a newbie, you might be curious about what naval architects do. Here's a glimpse: Designing Ships: They come up with the blueprints for all sorts of vessels, from tiny sailboats to enormous cruise ships. This involves considering factors like size, stability, speed, and efficiency. Thinking About Functionality: They don't just focus on looks! They ensure the ship can carry its intended cargo, has enough space for crew and passengers, and is equipped for its specific purpose. Making Sure It Floats (and Stays Afloat!): They apply scientific principles to ensure the ship is buoyant and stable in the water. If you're fascinated by the ocean and have a knack for problem-solving and design, then naval architecture might be the perfect field for you. As we dive deeper, you'll learn about: The history of shipbuilding and how designs have evolved over time The different types of ships and their unique features The forces that act on ships in the water, like buoyancy and stability The materials used to build ships, from wood and steel to modern composites. The calculations and tools used for naval architecture So, are you ready to set sail on this exciting journey? Buckle up, and let's explore the wonderful world of naval architecture!

VESSEL REVIEW: Family-owned Mulroy Bay Mussels of County Donegal in Ireland recently welcomed a new harvesting boat into service. 'Lena Quinn' was built by Donegal-based company Seabound Engineering to a design developed by neighbouring naval architecture firm Atlantek Maritime in close consultation with Mulroy Bay Mussels co-owner Johnny Wilhare. The newbuild has all-aluminium construction, a length of 16 metres (52 feet), a beam of 6.8 metres (22 feet), a draught of only 0.5 metre (1.6 feet), and a crew of four. The vessel adopts a double-chined displacement catamaran design while the wheelhouse is placed aft to provide 84 square metres (900 square feet) of working deck space. The vessel utilises a ballast system with two forward and two midship tanks for lowering itself into the water prior to harvesting mussels, for improving stability when transporting deck cargo, and for assisting with heel trim during towing. Full article link in comments.

🚢 Optimizing Ship Design: Wave Resistance and Efficiency 🌊 In naval architecture, understanding the balance of wave resistance (C_W), residual resistance (C_R), and frictional resistance (C_F) is key to improving ship performance. These factors, along with concepts like the Froude number (Fn)and slenderness coefficient, help engineers design vessels that move more efficiently through water. One fascinating insight is how wave interference between the bow and stern can either boost or reduce resistance, depending on their phase. This plays a crucial role in fuel efficiency and sustainability. By mastering these principles, we’re able to craft ships that are not only faster but also more energy-efficient, paving the way for a more sustainable future in maritime transport. 🌍 #NavalArchitecture #ShipDesign #WaveResistance #Sustainability #Efficiency

A week on from a great couple of days at The Superyacht Forum for Houlder Limited. Pleasure meeting new people and re-connecting with others. Particularly enjoyed the directions on sustainability, meeting the Water Revolution Foundation's YETI, the open discussion on yacht incidents and the great quick-fire format of the VRIPACK DESIGN Night Out. One slide stood out from all the information presented - showing that yachts spend just 10% of their time cruising. This almost exactly mirrored interesting incident data presented by CHIRP. It left me thinking... so much of a yacht's stability compliance is focussed on when it is cruising in "seagoing loading conditions". The conventional Departure and Arrival conditions. So do we need a re-focus on stability compliance when the yacht is not cruising? When it is spending 90% of it's time going nowhere? Certainly something worth thinking about. - Please reach out if you would like an independent appraisal of your yacht's stability booklet. - Please contact Houlder Limited for Naval Architecture and Marine Engineering consultancy services. - Credit to the Water Revolution Foundation for the slide below.

BYD Naval Architects extend our expertise to commercial workboat builders, providing design and engineering support. Here’s how we can assist in this domain: Concept Design and Bid Contracts:  BYD collaborates with commercial builders during the concept design phase.  We can help define technical requirements for bid contracts, ensuring alignment with project specifications. Existing Boat Lines:  For ongoing boat lines, BYD ensures continuity and adherence to quality.  Our services span both public government projects and private commercial clients. Deliverables and Efficiency:  BYD maintains the same high standards as done for pleasure yacht builders.  We focus on detail, development, and efficiency throughout the build process. Quality Assurance:  While prioritising efficiency, BYD never compromises on craftsmanship or design quality.  We tailor our support levels to meet the specific needs of each builder. In summary, BYD’s commitment to excellence extends to commercial workboats, ensuring successful projects. info@byd-na.com #workboats #navalarchitect #engineering #commercial

At Vard Marine, we’re committed to advancing maritime innovation through cutting-edge tools and collaboration. Leveraging NAPA’s ship design software, project naval architect and lead NAPA user, Denley Rumbolt, P.Eng., explains how our workflows have become more streamlined, cost-effective, and precise—ultimately delivering greater value to our clients. “Using NAPA as a design tool allows us to provide information to the rest of the design team that we wouldn’t have been able to do as easily before using NAPA. Because we can more easily look at limits earlier in the process, we are able to get ahead of potential problems and, therefore, reduce a lot of re-work, especially in the conceptual stage when the design is a lot more fluid. Of course, that makes us a lot more efficient.” – Denley Rumbolt We’re proud to partner with solutions providers like NAPA, whose expertise aligns with our mission to shape the future of marine design. Read the full case study here: https://lnkd.in/g79_prPD #shipdesign #NAPA #software #navalarchitecture #marineengineering #innovation