Studio Arhing’s Post

In structural engineering, supports stabilize structures like skyscrapers and bridges. A key type, pinned support, allows rotation but limits other movements. Stay tuned to learn more about different supports and their role in safe, efficient designs. https://buff.ly/4hoX9Mf

Did you know the Burj Khalifa’s design is based on the Hymenocallis flower? Structural engineering is as much about creativity as it is about strength and stability. What’s your favorite example of engineering inspired by nature? #art #engineering #structural #structuralengineering #dallas #dallastexas #dfw #engineer #didyouknow #funfactoftheday #fortworth #texasengineer

The second generation of Eurocode 7 introduces a pivotal evolution in the geotechnical design of retaining structures, harmonizing design principles across various Eurocode parts.

Completing a course on bridge structures has significantly enhanced my understanding of engineering principles and design aesthetics. I explored various bridge types, materials, and the forces acting upon them, which deepened my technical skills and ignited a passion for innovative solutions in structural engineering.

Advances in Structural Engineering latest issue July 2024 • Volume 27 • Number 09 For the Annual Subscription Order Now : +92-321-94-26-253 #AdvancesInStructuralEngineering #Journallover #JournalsSubscription #JournalHouse #instapost #HHNewsAgenciesPakistan

The Zemplén 723 footbridge, also known as the "Bridge of National Unity", is an outstanding pedestrian catenary bridge located in Sátoraljaújhely, Hungary. Spanning 723 metres, it holds the Guinness World Record for the longest span in its category. Opened to the public in June 2024, the bridge features six main steel cables that follow a parabolic arc with a 27-metre sag, stiffened by a wind cable system. The deck includes glass sections for enhanced viewing experiences. Peter Gondar, Senior Structural Engineer at MSC Engineers & Consultants, states that "This was one of the most challenging projects in the history of our firm thanks to the numerous engineering problems that the design of such a unique bridge hides. The entire design process was highly driven by the calculations, meaning that not only the general structural safety but also the geometry, the buildability and the final serviceability of the bridge depended on the accuracy of the cable forces." Find more information about the bridge and how it was designed and analysed in LUSAS at https://lnkd.in/eHGdT8vQ #bridges #structures #analysis #design

How can your buildings survive as long as the coliseum.

Understanding the role of rebar helps appreciate the complexity and durability behind everyday structures. Stay tuned for more insights into the fascinating world of structural engineering! #StructuralEngineering #ConcreteReinforcement #EngineeringBasics

In structural engineering, soil directly influences how a structure's load is transferred and its overall stability. Understanding soil types, properties like bearing capacity and compressibility, and their behavior under load is essential for safe foundation design. Learn more in our latest article. https://buff.ly/421MxhJ

I am honored to be presenting how GFRP rebars can help us innovating reinforced concrete structures driving us towards more sustainable and durable built environment jointly with such a great group of professionals: Prof. Eng. Antonio Nanni American Concrete Institute former president Prof. Eng. Guido Camata and Eng. Pedram Manouchehri Join us on November 22nd for a webinar exploring the latest advancements in composite materials and intelligent engineering for concrete structures. 𝐊𝐞𝐲 𝐭𝐨𝐩𝐢𝐜𝐬: - Advances in GFRP composite reinforcements - The role of standardization in promoting the adoption of GFRP reinforcements - The impact of innovative design and intelligent monitoring - Real-world applications of GFRP rebars in infrastructure