Studio Arhing’s Post

Best Paper of the Year 2023: Al in Structural Engineering (Asia and Pacific Region) https://lnkd.in/eF7fcg_X #engineeringstructures

#Did_you_know? 🌍🏢 Base isolation technology is one of the most advanced methods for earthquake-resistant design in structural engineering! 🏗️🔧 By placing flexible bearings or isolation pads between a building’s foundation and its structure, the system absorbs seismic waves, reducing the amount of energy transferred to the building. This results in far less shaking, which helps protect the integrity of the structure and the safety of its occupants. 🚧🏢 This technology has been used in iconic structures, from hospitals to historical monuments, ensuring they can withstand even major earthquakes with minimal damage. 🌐🌍 It’s a major leap forward in making our buildings safer and more resilient! 💪🔨 Stay tuned for more innovations and insights in structural engineering! #StructuralEngineering #EarthquakeProtection #SeismicDesign #BaseIsolation #CivilEngineering #EngineeringInnovation #ResilientStructures #SeismicSafety

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

Congratulations to Neethu Elizabeth John and Dr. Kiran Kamath from Civil Engineering and Architecture on the publication of the article "Analysis on the Behaviour of Hybrid Outrigger System in Relation to the Frequency Content of Earthquakes". Your research provides valuable insights into the seismic behavior of hybrid outrigger systems, contributing to the advancement of structural engineering. Well done.  #CivilEngineering #StructuralEngineering #SeismicAnalysis

Elucidate complex engineering problems with 𝒆𝒙𝒑𝒆𝒓𝒕 𝑭𝑬𝑨 𝒔𝒆𝒓𝒗𝒊𝒄𝒆. Call us right away for a consultation.  Visit Our Website: https://lnkd.in/gQdXMr4K #engineering #enginner #structural #engineeringexcellence #structuralengineering #structuralengineers #finiteelementanalysis #finiteelementmethod #engineersaustralia #engineeringsolutions #engineeringservices #engineeringstrategies   

Great article about Prof. Admir Masic from MIT. He’s been focusing on studying cement and exploring ways it can be used to store carbon dioxide and act as supercapacitor. His research focuses on introducing new functionalities into the concrete such as self-healing and energy storage and he insists he wants to focus not just on the academic research but also on practical applications. Sustainability has been a hot topic in the concrete industry considering the significant contribution to CO2 emissions. Read on to learn about Prof. Masic and his academic achievements as well as his inspiring journey. #cement #graphene #cleantech

"Explore the innovation behind earthquake-resistant structures! This poster delves into the engineering marvels that safeguard buildings against seismic activity. From flexible foundations to shock-absorbing materials, discover how architecture and technology combine to create safer, more resilient structures in earthquake- prone areas."#SRU #sruniversity #civilengineeringSRU #srucivil #srugen2023

Some basic but important factors to consider while designing a building that is resistant to earthquakes!! #earthquakeresistance #buildingdesign #civilEngineering #structuralengineering #seismicresilience #earthquakesafety #engineering #earthquakeresilience #structuralintegrity

Some basic but important factors to consider while designing a building that is resistant to earthquakes!! #earthquakeresistance #buildingdesign #civilEngineering #structuralengineering #seismicresilience #earthquakesafety #engineering #earthquakeresilience #structuralintegrity

Ever wondered why the Golden Gate Bridge stands tall against earthquakes? It's not just an iconic monument; it's a marvel of structural engineering. When it was completed in 1937, the Golden Gate Bridge not only became the world's longest suspension bridge but also a testament to innovative engineering techniques designed to withstand the challenging forces of nature. One of the lesser-known yet fascinating aspects of its design is the flexibility built into its structure. This flexibility allows it to sway safely during strong winds and earthquakes, a critical feature given its location in the seismically active San Francisco Bay Area. But here's the twist: the original design didn't fully account for this. It was through subsequent retrofitting that the bridge was further fortified against seismic activities, showcasing an ongoing commitment to innovation and safety. This adaptability and foresight in engineering have ensured its survival through several significant earthquakes. The Golden Gate Bridge reminds us that engineering is not just about creating; it's about evolving with the needs and challenges of our environment. Let's discuss: How can current infrastructure projects learn from the adaptability and foresight demonstrated in the engineering of the Golden Gate Bridge? Engage below with your thoughts and insights on the importance of flexibility and innovation in structural engineering.