Credit to Giuseppe Masanotti. March 29, 2024 Engineering and architecture at the highest level to create a wonderful place. Watch the whole video and imagine being there.. https://lnkd.in/gQFGbE2w In the heart of Hamburg's Überseequartier rises a unique special construction that impresses with its innovative combination of materials and filigree design. Lightness through glass: 213 tons of glass, in 8535 individually shaped 3, 4 and 5-sided glass elements, catch the light and give the construction an impressive lightness The transparency of the glass blurs the boundaries between inside and outside and creates a light-flooded.spatial experience Heart of the construction: 4592 unique and different steel knots, including 1 piece of scrap (approx. 0.2%), milled from 31 5 tons of raw material, form the heart of the construction. State-of-the-art technology and precise manufacturing guarantee the highest quality and durability. Stable net: 8994 steel rods with a total length of 7500 meters form a strong net that stabilizes the structure. 6000 precise welded connections join the individual elements together to form an inseparable whole. Complementing the steel structure: 4572 aluminium milled nodes complement the steel structure and underline the modern elegance of the structure I think it's amazing, what's your thoughts? Video by Roschmann Group
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Assistant Professor, Str. Eng. Dep., Faculty of Engineering, Mansoura University, Egypt.
Folded Plate Structures: A Modern Engineering Marvel Discover the innovative design of folded plate structures. These structures, composed of folded plates, offer strength and efficiency while minimizing material use. Commonly used in roofs, bridges, and industrial buildings, folded plate structures are a versatile and visually appealing solution.
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Most post-secondary #architectural programs do not dedicate a great deal of time to pre-engineered #steel #building systems. But they should, because with the popularity and cost-effectiveness of the steel among #industrial and #warehousing clients, every architect is inevitably going to work with building partners using it. And when they do, #architects quickly realize how much power it affords them in expressing their #commercial design imagination. Gain the freedom to #design when working with an ideal #engineering and #construction partner.
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Why Steel Structures Are the Future of Construction !! Looking for the ultimate construction material? Here’s why steel is the game-changer: 🔹 Super Strength: Steel’s unbeatable strength-to-weight ratio means longer-lasting buildings that can handle anything. 🔹 Design Freedom: Create bold, innovative designs that turn heads and stand the test of time. 🔹 Speedy Builds: Fast assembly means quicker project completion and lower costs. Win-win! 🔹 Eco-Friendly: Steel is 100% recyclable and incredibly durable, making it a sustainable choice. 🔹 Cost Savings: Less maintenance, more savings! Steel structures are a smart investment. 🔹 Safety First: Top-notch fire resistance and earthquake durability for ultimate peace of mind. Ready to build a better future? Go steel! 🏗️🔧 #Construction #SteelStructures #Engineering #Sustainability #Innovation #FutureOfConstruction #Building #Architecture #Design #Strength #Durability #EcoFriendly #GreenBuilding #Recyclable #Safety #CostEffective #FireResistance #EarthquakeResistant #FastConstruction #ConstructionTech #SmartBuilding #StructuralEngineering #ModernArchitecture #SustainableConstruction #BuildingTheFuture #EngineeringExcellence #SteelStrength #ConstructionProjects #ConstructionIndustry #EfficientBuilding #ConstructionMaterials #BuildingInnovation #GreenConstruction #InnovativeBuilding #SteelSolutions #BuildBetter #QualityConstruction #EngineeringInnovation #SustainableFuture #ConstructionSuccess #BuildingGreen
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In the blueprint of life, you are the cornerstone that keeps us strong. Your engineering skills go beyond machines and structures; they build a family filled with love and laughter. Happy Father's Day 🙏 Global Techno Services | Global Construction www.globconst.com #Fathersday2024 #fathersday #engineeringlife #design #warehouse #construction
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Ever wondered how construction tools were developed over the centuries? We asked our Construct IQ team at Talk.Build to take a look. An interesting read: https://lnkd.in/egSXZF5y #construction #engineering #constructiontools #architect
The story of construction tools – a journey through time
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Time for some #TuesdayTrends! What's hot in the construction materials world? What product innovations are changing the game? What the heck are hydro ceramics? Read on to find out more! #thebridgergroup #construction #buildingmaterials #innovation
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The Vizcaya Bridge, also known as Puente Colgante or the Hanging Bridge, is an engineering marvel located near Bilbao in the Basque Country of Spain. Built in 1893, this UNESCO World Heritage Site remains the world’s oldest transporter bridge a rare type that consists of a suspended gondola, or platform, which moves across the river on a rail system attached to a high-level structure. The design, influenced by Eiffel's ironwork, is both lightweight and incredibly strong. Key structural features include: 1. Suspension Framework: The bridge is a steel lattice structure standing 61 meters tall and spanning 160 meters across the river. This framework provides both the rigidity needed for structural integrity and the lightness required to suspend the gondola efficiently. 2. Transversal and Longitudinal Trusses: The Vizcaya Bridge uses a complex network of trusses to stabilize the structure and distribute weight. These trusses reduce the effects of wind loads and vibrations, a vital consideration given the bridge’s height and proximity to the coast. 3. Gondola System: The bridge features a gondola capable of carrying up to six cars and numerous passengers simultaneously. The gondola is connected to the upper rail system by steel cables and moves back and forth across the river powered by a series of pulleys and counterweights housed in the bridge's towers. The structure's success is largely due to several innovative techniques: 1. Material Choice: Palacio selected wrought iron for its flexibility and strength, which made it ideal for handling dynamic loads and resisting wind-induced sway. 2. Counterweight Mechanism: The bridge’s counterweight system is essential for its smooth operation. As the gondola traverses the river, counterweights in the towers help maintain balance and reduce mechanical stress on the cables, a solution that allows for a low energy consumption and long-lasting operation. 3. Dynamic Load Handling: The bridge was one of the earliest examples of a structure designed to handle dynamic loads effectively. Palacio anticipated the effects of moving loads on a suspended structure, ensuring that oscillations would not compromise structural stability.
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Structural design is the silent hero of any construction project. It’s about more than just calculations and blueprints; it’s about ensuring safety, stability, and sustainability. In my work, I strive to push the boundaries of what’s possible, innovating with new materials and techniques to create structures that are as resilient as they are beautiful. #Yoska #Engineering #structural #design #Construction
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A Company of SND Group since 1951, started in the year 2007 with the aim of providing good quality FE 550 Thermex TMT for higher bonding strength with better metallurgical properties.
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Quality Management Professional | BSI/CQI/IRCA Certified Lead Auditor for ISO IMS (ISO 9001:2015, 45001:2018 and 14001:2015) Driving Excellence and Continuous Improvement
Both the Sichuan Luzhou Bridge and the Wulong Shuangbao Liang Extra Large Bridge are remarkable feats of engineering, but they stand out in different ways, reflecting the diversity and innovation in China's infrastructure projects: Sichuan Luzhou Bridge Location: Luzhou, Sichuan Province, China. Design: Known for its elegant suspension design, it symbolizes modernity and strength. Functionality: Plays a vital role in connecting economic hubs in Sichuan, facilitating trade and mobility. Aesthetic Appeal: Combines structural efficiency with a visually striking design that complements the surrounding landscape. Wulong Shuangbao Liang Extra Large Bridge Location: Wulong District, Chongqing, China. Design: A double-arch bridge, celebrated for having the largest span in this category globally. Engineering Feat: Demonstrates cutting-edge techniques in material science and structural mechanics. Cultural and Economic Impact: Highlights China's commitment to creating iconic infrastructure while improving regional accessibility. Comparison Design Focus: Sichuan Luzhou leans towards suspension technology, ideal for long spans over challenging terrains. Wulong Shuangbao Liang excels in arch design, maximizing load-bearing capabilities while creating an architectural marvel. Purpose: Luzhou serves as a key regional connector in a densely populated economic zone. Shuangbao Liang emphasizes both functionality and grandeur, becoming a landmark of national pride. Innovation: Both bridges push engineering boundaries, but Shuangbao Liang's record-breaking span makes it a global reference point for arch bridges. Each bridge showcases a unique aspect of China's infrastructure prowess, blending form, function, and innovation to meet diverse needs. Together, they exemplify the transformative power of engineering in shaping a connected future.
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