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This Indian start-up is using plastic waste to make bricks Angirus calls its product 'Wricks' They could help to cut air pollution and CO, emissions in India. Using some of the 3.5 million tonnes of plastic waste generated there every year. Wricks are 30% stronger than standard red clay bricks, 20% lighter and 80% damp proof. Made entirely from recycled waste. Including construction waste and other industrial refuse and whereas standard bricks take 14 days to manufacture. Wricks take just one day to make. They are 100% recyclable at the end of their lives, too and competitive in price to standard bricks. Angirus says Wricks could reduce construction costs by up to 20%. India produces around 225 billion bricks each year. The brick-making industry is one of India's largest users of coal. It's behind 8% of Delhi's air pollution and 25% of India's total industrial emissions. https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/structuralengineerco

SpaceX recently conducted a test of a water-cooled steel plate that could be used to protect the launch pad during Starship flight tests. The test involved firing a Starship Raptor engine's plasma beam into the water-cooled plate. Space aims to prevent the creation of large craters on the launch pad during future launches. The development of this technology comes in response to concerns raised after the first fully-stacked Starship launch, which resulted in debris and a significant crater at the launch facility. #water #engineering #spacex #tesla https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/structuralengineerco

The progress in AI made in 2023 is unparalleled 🤯. The video you're watching was an unattainable dream just 8 months back. Gen AI is now impacting every industry. https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/structuralengineerco

Crew transfer vessel hit wind turbine https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/structuralengineerco

The design of the skyscrapers follows a sustainable cycle, where the sandstorm's soil particles lose their electrical charge upon entering the building's facilities and are directed to a purification section. The purified soil can be used in various industries, creating a positive use of the sandstorm issue. The towers are strategically placed to protect against sandstorms, and each module is designed with a focus on wind control and efficiency. Furthermore, the project envisions a multi-functional area centered on scientific research, with the skyscrapers serving as residential and research spaces. Additionally, the sandstorm's sands are utilized as a source of energy production through sand batteries, storing excess wind and solar energy as heat for various purposes. The project aims to create a sustainable and functional urban area while improving Dubai's weather conditions by turning sandstorms from a threat into an opportunity for energy production. The skyscrapers' vertical zoning includes public spaces, residential areas, start-up spaces, facilities, laboratories, and a helipad. A solar chimney is designed to transfer dust into the facilities for further use. The high melting point of sand is harnessed to provide electricity and hot water for the city. https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/structuralengineerco

Solving the problem of sandstorms with absorbent skyscrapers: it seems crazy but maybe it’s a workable and sustainable project! The Sand Storm Absorbent Skyscraper project in Dubai by kalbod studio consists of 25 towers designed to deal with sandstorms. These towers are built to absorb dust particles and pollutants carried by sandstorms, aiming to address the environmental, social, and economic issues caused by these storms. The location of Dubai was chosen due to its susceptibility to intense sandstorms, and its rapid development in various fields, including architecture and tourism. https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/structuralengineerco

Seattle firm Olson Kundig Architects has created a studio attached to a primary residence in Washington, which sits on railroad tracks that allow it to completely detach. Called Maxon Studio, the project comprises a two-storey weathering-steel structure constructed as an office for the client's branding agency in Carnation, Washington. The studio was built on top of 15-foot-gauge railroad tracks so that it can either be a "nested" addition to the client's home, or move away to become an independent structure. Also implemented was a stabilizing bar that will prevent the tower from tipping during an earthquake, similar to those found on trains used for Japanese high-speed railways. Inside, the studio features a steel wall and a built-in desk. The rest of the walls are wood and, on the wall with the ladder, there is the control panel with a stool. https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/structuralengineerco

𝗣𝗿𝗲𝗱𝗶𝗰𝘁𝗶𝗻𝗴 𝗲𝗮𝗿𝘁𝗵𝗾𝘂𝗮𝗸𝗲𝘀 𝗶𝘀 𝗰𝘂𝗿𝗿𝗲𝗻𝘁𝗹𝘆 𝗶𝗺𝗽𝗼𝘀𝘀𝗶𝗯𝗹𝗲... 𝗯𝘂𝘁 𝗚𝗣𝗦 𝗱𝗮𝘁𝗮 𝗰𝗼𝘂𝗹𝗱 𝗵𝗲𝗹𝗽 𝗰𝗵𝗮𝗻𝗴𝗲 𝘁𝗵𝗮𝘁! Currently, it is impossible to accurately predict when and where an earthquake might strike. But scientists now believe that Global Positioning System (GPS) data could help spot early warning signs two hours before a big quake strikes. For decades, scientists have tried to find a pattern that precedes major earthquakes so that people have time to prepare, but so far these efforts have come up short. However, GPS satellites may be able to help researchers identify a precursor for powerful earthquakes two hours before they occur by tracking small "slips" in the tectonic plates as they grind against each other. https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/ASNRco

Discover the similarities of your iris with the largest galaxies in this art project. Full exhibit explores AI as a connector to a larger whole, that of all human knowledge: On show now at "Interactive Singularities" during FILE festival, Sao Paolo. According to the exhibit organizers the future rise of an autonomous and self-aware AI, singularity, is an illusion. AI will instead function as a "mixed consciousness", through which human consciousness would have immediate access to all human knowledge. "Expanded Iris", the shown artwork, is by artist Anaisa Franco. The object is called a Space Iriscope and is based on a 3d-printed stretched version of the artist’s iris, equipped with a camera and custom biometric software. https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/ASNRco

Welds those would never pass inspection https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/ASNRco

Potentially the easiest install method is digging. In these cases, a ditch is dug to install the pilings, and it is subsequently filled in with the same soil. This method is most commonly used when the construction walls will not be embedded too deeply in the ground. https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/ASNRco

The most common install method used is hammering. During these installs, the sheet piles are mechanically embedded into the soil along with the pre-installed templates with the use of vibratory hammers, i.e., light equipment with small impact energy. In cases in which the land is unyielding because it is too hard or dense, an impact hammer may be required to complete the job. Or if the vibration is a concern, hydraulic hammers can be used. The jetting method is frequently used for compact or cohesive soil. In these cases, the force of vibration hammers may not be sufficient to drive the vinyl piling to the required depth. During the jetting process, air or water is used to exert pressure directly under the sheet helping loosen obstacles and soil, making installation easier. https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/ASNRco

The tools used to install Vinyl sheet piles depend on the soil on the worksite where it is being installed. In loose or sandy soil, installation tools include water or rail jet, although some contractors choose to use air or vibrating hammers. On clay sites backhoe buckets, silts drop hammers, or vibratory plate compactors are the go-to tools. The one drawback of vinyl sheet piles is that they aren’t always the best solution for harder ground or deeper depths. In many cases, contractors choose to use steel in these cases. However, vinyl steel piles can be easily combined or connected to other materials since the sheets can be attached to wood, concrete, steel, or plastic using a variety of methods. These methods include gluing, welding, or drilling. In these cases, the wood, concrete, steel, or plastic could be used as a cap and wale system or applying waling with anchoring. https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/ASNRco

Corroded sheet piles A contractor in the Murcia region of Spain had to remove rusted sheet piles. Did he succeed? I am not sure, but it was certainly not easy Despite their high material strength, steel sheet piles have a significant disadvantage - they corrode, especially in marine or chemically aggressive environments. While steel sheet piling is the most common kind of sheet piling, there is a cost-effective alternative that can be used in many applications. Vinyl Sheet Piling, which is made out of PVC, can be used for bulkheads, seawalls, and cut-wall containment barriers. Vinyl sheets are resistant to corrosion and marine borers, making it a highly desirable alternative to wood and steel. https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/ASNRco

Pressure grouting, known as cement grouting or injection grouting. Ground improvement technique used to strengthen soils & rock formations, stabilize structures & mitigate various geotechnical issues. Process involves injecting a pumpable grout material into the ground under pressure to fill voids, fractures / gaps in soil & create a more immovable and compacted mass. injected grout material typically consists of a mixture of cement, water & additives. https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/ASNRco

Elios2. How drones are revolutionizing inspections. Here are some of the main benefits: 1. Reduced Risks. Keep your people out of harm’s way by using drones to perform inspections from a safe distance. 2. Reduced Costs. Conduct critical inspections while operations continue to run, minimizing maintenance and downtime costs. 3. Enhanced Efficiency. Get real-time data from inside the asset and use it for proper service planning. Drones are a safe and effective tool to inspect at heights and in hard-to-reach areas. https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/ASNRco

The Statnamic system for pile load testing is a relatively new method that does not require an independent reaction system. For this reason, it can be an economical alternative to conventional loading methods. https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/ASNRco

Column Framework What's your idea? https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/ASNRco

Reinforcing Concrete Structures with Post-Tensioning: Post-tensioning stands as a formidable technique that significantly reinforces and fortifies concrete structures, allowing them to confidently bear heavier loads while optimizing their load-bearing capacity. Advantages of post-tensioning include: - Augmented Strength - Increased Load-Bearing Capacity - Preserved Structural Integrity - Unmatched Design Versatility - Enduring Durability and Resilience - Heightened Construction Efficiency - Emphasis on Sustainability https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/ASNRco

Demonstrating the piping effect and how quicksand occurs Seepage is water flowing through soil and it follows Darcy’s Law, which states that the rate of seepage depends on the length of the flow path and the difference in pressure across it. If the difference in pressure is small, the seepage will be slow but the bigger the difference in pressure the greater the seepage flow rate will be. Gravity pushes the soil particles together creating friction which gives the soil strength and seepage can counteract this force by getting between the soil particles and pushing them away from each other reducing the friction. Liquefaction is when the water pressure within the soil gets high enough to eliminate it’s shear strength all together and causes the soil to behave like a liquid, also known as quicksand! https://instagram.com/structuralengineer.co?igshid=NTc4MTIwNjQ2YQ== https://t.me/ASNRco