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⛴ In this article, Cruise & Ferry looks at the future of eco-friendly ferry design and the expanding Foreship Ltd. naval architecture team. Read to learn more about the Foreship team, who are ensuring the design of more efficient and sustainable ferries that will comply with increasingly strict emissions and environmental regulations. 🌍

The boat lifts - "Rising in minutes —experience the engineering wonder of the Saint-Louis-Arzviller Inclined Plane." The Saint-Louis-Arzviller Inclined Plane is an engineering marvel located in the picturesque French countryside. This unique boat lift, part of the Marne-Rhine Canal, elevates boats 45 meters in just minutes, replacing 17 traditional locks. Unlike standard locks that raise or lower water levels gradually, the inclined plane transports boats along a sloped track in a large tank of water. The entire process is efficient, taking only a few minutes to complete, compared to several hours with conventional locks. This innovative design not only saves time but also enhances the canal's accessibility for both commercial and recreational vessels, making it a popular attraction and a vital piece of France's navigational infrastructure. video rights : Liftdoc (IG) #elevator #technology #engineering #transportation #construction #chemicalengineering #engenharia #engenhariacivil #chemicalengineer #structural #mechanicalengineer

Did you know this architectural wonder stands taller than the Eiffel Tower? The Millau Viaduct's highest point reaches a staggering 343 meters, making it the tallest bridge in the world, located in the Tarn Valley, France. Not only is it a feat of height, but its construction also utilized innovative engineering techniques, including the deployment of temporary towers to aid in the assembly process. We celebrate this iconic structure, showcasing human ingenuity and our passion for bridges that redefine engineering limits. (It's kind of our thing!) #scoutenengineering #thinkingbeyond #princegeorgebc #civilengineering #structuralengineering

Back when the The MSC Terminal was under construction. The MSC Cruises terminal at Port Miami is the last terminal viewed by every departing cruise ship and the first terminal viewed by every returning ship. The terminal building is the world’s largest cruise ship terminal with the capacity to service 3 ship berths and process 36,000 passengers daily. The design maximizes the use of the ground floor for cruise passengers, luggage processing and ship provisioning operations. The Ground Transportation Area and 2,400-car parking garage is adjacent to the west end of the terminal and connects directly to the entry plaza on the second level that hosts the passenger embark process. The separation of the terminal and garage structures allows for the optimization of the building floorplates and structural efficiency employed.

Ar. Srilata Ramkumar B.Arch, PDCM,IAP, Director, E&A Design Consultants LLP, discusses "Designing of Modern Airports - An Overview of Greenfield & Brownfield Airports" in an interaction with ACE Update Magazine. 📽️ Click here to watch full video: https://bit.ly/40Pq30S #architect #construction #decorzone #equipzone #lighting #aesthetic #aceupdate

Learn how technical calculations and site selection play crucial roles in the successful design of ropes courses and adventure parks. https://bit.ly/3y2Js43 . . #RopesCourse #Adventure #zipwire #design #engineering #ziplineadventure

"The Falkirk Wheel: A marvel of modern engineering, seamlessly connecting Scotland’s historic canals and showcasing sustainable innovation." The Falkirk Wheel is an iconic rotating boat lift in Scotland, connecting the Forth and Clyde Canal with the Union Canal. Opened in 2002, it is the only rotating boat lift of its kind in the world, standing 35 meters tall. The Wheel functions by lifting boats in caissons from one canal to the other, overcoming a height difference of 24 meters. Its innovative design allows for efficient and balanced operation, using minimal energy. The structure has become a major tourist attraction, symbolizing the blend of engineering ingenuity and historical canal heritage. The Falkirk Wheel exemplifies modern engineering solutions for connecting waterways and promoting sustainable transportation. #civilengineering #construction #engenharia #engenhariacivil #civilconstruction

An Airport structure Design created by me

The Golden Gate Bridge stands as a testament to human ingenuity and engineering achievements. Completed in 1937, the iconic suspension bridge spans 1.7 miles across the Golden Gate Strait, connecting San Francisco to Marin County. The bridge was designed to withstand strong winds, ocean currents, and earthquakes, making it a remarkable feat of engineering. The project was led by chief engineer Joseph Strauss and his team, who employed innovative techniques and engineering marvels of the time. Here are some key aspects of the bridge's amazing construction: 1. Design: The bridge was designed as a suspension bridge, with two main towers and a main span suspended by steel cables. 2. Materials: The bridge's main structure is made of steel, with over 83,000 tons of it used in its construction. 3. Safety Measures: Given the challenging environmental conditions, safety was a top priority during construction. Workers were equipped with safety nets, which saved the lives of 19 individuals who fell during construction. 4. Construction Techniques: Engineers used a combination of traditional and innovative construction techniques, including floating derricks to assemble the towers and a unique movable scaffolding system to paint the bridge. 5. Paint Color: The iconic orange-red color of the bridge, known as "International Orange," was chosen to enhance visibility in foggy conditions and to complement the natural surroundings. 6. Completion Time: Despite the challenges posed by the treacherous waters and strong winds, the construction of the Golden Gate Bridge was completed in just over four years, which was considered an impressive feat at the time. The Golden Gate Bridge remains an architectural marvel and a symbol of San Francisco's identity, continuing to attract millions of visitors each year. #goldengatebridge #sanfrancisco #civilengineering #civilconstruction #bridgeengineering #structuralengineering #iconicdesign #safetyfirst #steelstructures #environment #resilience

Engineering Marvel: The Millau Viaduct Spanning the valley of the River Tarn near Millau in southern France, the Millau Viaduct is not just a bridge but a stunning piece of engineering artistry and one of the tallest bridges in the world. Opened in December 2004, this cable-stayed bridge has transformed not only local transportation but also architectural standards globally. **Key Facts about Millau Viaduct:** - **Height:** The structure reaches an impressive height of about 343 meters (1,125 ft) at its highest point, taller than the Eiffel Tower, making it the tallest bridge in the Europe. - **Length:** The viaduct stretches 2,460 meters (8,071 ft) across the valley. - **Piers and Towers:** It features seven concrete piers, with the tallest pier being 244.96 meters (803 ft 8 in) high. - **Design and Construction:** Designed by the French structural engineer Michel Virlogeux and British architect Norman Foster, this bridge is a testament to modern design and engineering capabilities. - **Purpose:** Besides reducing travel time between Paris and Béziers, it serves as a tourist attraction, drawing visitors amazed by its design and panoramic views. The Millau Viaduct not only serves a functional purpose by significantly reducing traffic congestion in the area during the summer but also stands as a symbol of human ingenuity and the possibilities within civil engineering. Its construction involved around 127,000 cubic meters of concrete, 19,000 tons of steel for the reinforcement, and 5,000 tons of pre-stressed steel for the cables and shrouds, highlighting the massive scale of this project. The viaduct’s integration into its natural surroundings with minimal environmental impact was a key aspect of its design, showcasing how modern engineering can coexist with nature beautifully and effectively. The Millau Viaduct continues to inspire engineers and architects worldwide and stands as a beacon of structural elegance and functionality. What are your thoughts on how such megastructures impact our perception of modern engineering? 📷 unknown (DM me for credit) 🌎 Do you like it? Follow me and Hit 🔔 Ring on my profile for more content about #civilengineering #geotechnicalengineering #construction #vinylsheetpiles #sheetpiling