Nova Systems International’s Post

🚢 March Editions of The Naval Architect & Warship Technology! This month, immerse yourself in the latest advancements and critical insights within the maritime engineering sphere, brought to you by the March issues of The Naval Architect and Warship Technology. Perfect for professionals, scholars, and enthusiasts keen on staying at the forefront of naval architecture and maritime technology. Highlights from The Naval Architect: Safety Chemical & Product Tanker Finland Engines CFD & Hydrodynamics Insights from Warship Technology: Warship Technology Submarine safety, escape and rescue Surface ship propulsion Unmanned/remote control craft US naval programmes Naval programmes in Asia Pacific Don’t miss out on these pivotal discussions shaping the future of our industry. Dive into the full articles and join the conversation. Full issues are available here: - Read The Naval Architect here: https://lnkd.in/eF3BiFXX - Explore Warship Technology here: https://lnkd.in/e6K_Apt6 Interested in subscribing? Full articles and in-depth analysis are exclusively available to subscribers. For subscription inquiries, please get in touch with us at publications@rina.org.uk. Embrace the opportunity to advance your knowledge and stay ahead in the field. #NavalArchitecture #MaritimeEngineering #Innovation #TheNavalArchitect #WarshipTechnology #MaritimeFuture

🚢 Publication Alert! 📘 Title: "Design Prioritization Study for a Semi-Submersible Naval Ship Based on Fast Decision Method" Authors: Utku Cem Karabulut, Barış Barlas, Mehmet Ali Baykal DOI: 10.56850/jnse.1406404 🔗 Read the full article here: https://lnkd.in/d87Zty6V Journal of Naval Sciences and Engineering (JNSE), Volume 20, Issue 1, pages 3-19. (Online First issue, June 2024) Abstract: In an era where naval capabilities are paramount, the semi-submersible naval ship emerges as a pivotal asset, blending the advantages of submarines and surface ships. This study delves into the crucial design features of these vessels, employing a Fast-Decision Method to ascertain the priorities among various design aspects. Drawing on the expertise of seasoned naval officers, the research identifies key operational tasks and functional features critical for semi-submersible naval ships, such as special operations capability, stealth, and maneuverability. Keywords: Semi-Submersible Naval Ship, Design Prioritization, Fast Decision Method #NavalEngineering #MaritimeSecurity #DefenseTechnology #JNSE #ResearchPublication

🚢 Exciting News! Fincantieri Marine Group is preparing for a momentous occasion: the keel laying ceremony for the USS Constellation (FFG-62) will take place at Fincantieri Marinette Marine in Marinette, Wisconsin, on April 12th, 2024. But what exactly is a keel laying ceremony, and why is it so significant? Let's dive in! 📅 Historical Importance: Laying a ship's keel is akin to its birth date, marking the start of its construction journey. It's a tradition steeped in history and represents a crucial milestone in naval shipbuilding. ⚓ Structural Significance: The keel serves as the primary fore-and-aft part of a ship's frame, connecting the stem and stern. While traditionally extending the entire length of the vessel, modern techniques involve constructing ships in modules or blocks. 🔧 Start of Production: A keel laying ceremony typically signals the start of full production for a ship, locking in construction standards. It's a pivotal moment that showcases government support, engineering complexity, and shipbuilder efficiency. What's Next? Our hardworking team will continue to craft and deliver FFG 62 with precision and dedication, ensuring it exceeds expectations and embodies the highest standards of naval excellence. Stay tuned for more updates on this exciting journey! Please note that this event is by invitation only. (Photo Credits: Lockheed Martin) #FFG62 #KeelLayingCeremony #NavalInnovation #FincantieriMarineGroup #FincantieriMarinetteMarine

🚢Discover the fascinating world of naval engineering!🌊 Join us on an epic journey, from the first cut of metal to the majestic launch into the sea. This LinkedIn video will take you behind the scenes of ship construction, showcasing how engineering turns dreams into reality. Don't miss this opportunity to marvel at the magic behind every detail. Watch now and be amazed! #NavalEngineering #Shipbuilding #Innovation #LinkedInVideo 🛠️🔧

Navigating the rough seas of innovation: How digital engineering enables smooth sailing in naval vessel design and support. Get insights from leading naval experts here 👉 https://expleo.to/4axvohJ # Digitalisation #Marine #Engineering

🌊 **The Scale of American Power: A Kayak vs. An Aircraft Carrier** 🚢 This image captures a striking contrast: a lone kayaker dwarfed by the immense hull of an American aircraft carrier. It’s a powerful reminder of the sheer scale and capability of these floating fortresses. An aircraft carrier is not just a massive ship; it's a symbol of strength and strategic prowess. Here are some incredible facts: - **Length:** Over 330 meters - **Displacement:** More than 100,000 tons - **Capacity:** Up to 5,000 crew members and 90 aircraft These vessels play a pivotal role in national security and global power projection, serving as mobile airbases that can deploy to any corner of the world. This image also serves as a reminder of the technological and engineering marvels achieved in naval architecture. It underscores the importance of innovation and dedication required to maintain such formidable assets. #AircraftCarrier #EngineeringMarvel #NavalPower

Navigating the rough seas of innovation: How digital engineering enables smooth sailing in naval vessel design and support. Get insights from leading naval experts here 👉 https://expleo.to/4axvohJ #digitalisation #marine #engineering

"Did you know? The Slinky was invented by accident! In 1943, Richard James, a naval mechanical engineer stationed at the William Cramp and Sons shipyards in Philadelphia, was developing springs that could support and stabilize sensitive instruments aboard ships in rough seas.James accidentally knocked one of the springs from a shelf, and watched as the spring “stepped” in a series of arcs to a stack of books, to a tabletop, and to the floor, where it re-coiled itself and stood upright. Sometimes the best inventions are unexpected. #Innovation #HappyAccidents"Register your patent Now. Contact: https://lnkd.in/gntUV-X4 E: info@theip-co.com W: theip-co.com T: 017-6573720 #trademark #trademarks #singapore #malaysia #infringment #packaging #theipco #myipo #ipos #malaysiatrademark #singaporetrademark #malaysiapatent #singaporepatent #asiatrademark #asiapatent #patent #intellectualproperty #industrialdesign #paten #copyright #innovation #invention #design #madridprotocol #singaporetreaty

Dear LinkedIn Community, We are excited to share a thought-provoking blog post that delves into an intriguing journey from the naval architecture of BUET to the remarkable insights of Samiun. The post discusses a compelling incident involving the spread of gas on a train, causing discomfort to passengers. Read the full post here: [Link to the Blog Post](https://ift.tt/6pRBgLG) Join the conversation and gain valuable insights from this fascinating read. #BlogPost #NavalArchitecture #ProfessionalInsights

I am excited to share my BEng dissertation- 'Multi-Attribute Decision Making for the Design of a Naval Surface Combatant'. The project explores the use of MADM methods to address design challenges and trade-offs during the design of a multi-role naval vessel. Using a basis ship I had previously designed, I optimised attributes such as Radar Cross Section, Calm Water Resistance, Seakeeping in Irregular Waves, and Damaged Stability. Utilisation of MADM processes aid designers in efficient decision making , helping them highlight consequences of design in a whole ship view and make clear and objective decisions. #engineering #navalarchitecture #MADM #NavalDesign