Millau Viaduct, Creissels, France: The Millau Viaduct is a multispan cable-stayed bridge completed in 2004 across the gorge valley of the Tarn near Millau in the Aveyron department in the Occitanie Region, in Southern France. The design team was led by engineer Michel Virlogeux and English architect Norman Foster. Wikipedia

BÉZIERS / LARZAC Microsoft Flight Simulator

BÉZIERS / LARZAC

Microsoft Flight Simulator M.E 7.5.11 GOOGLE / LNM 3.0.5 HPG H145 (344) XBOX Capture Windows 11 Pro 23H2

Intel i7-11390H 32 Go DDR4 - M.2 (1 To) Intel® Iris® Xe USB-3 / USB-4

BYJMCV 2024/03

the Millau Viaduct bridge in France- 336.4 meters high, the world's highest

El #Viaducte de #Millau #Milhau dissenyat per @FosterPartners integrat al #paisatge #Occitaine #Occitània #France #França (at Viaduc de Millau) https://www.instagram.com/p/ChMm4Y1MxjH/?igshid=NGJjMDIxMWI=

Duke: Okay, parachute?

Damian: Check.

Duke: Extra parachute?

Damian: Check.

Duke: Snacks?

Damian: Also check.

Duke: Great. Anything else we need?

Damian, peering over the edge of the Millau Viaduct: No, we’re good.

Duke: Okay, great. On the count of three-

Later, after having gone viral on tiktok

Bruce: I can’t believe you two went to France by yourselves.

Alfred: *clears his throat*

Bruce: Okay, yes, I can, but still…

Dick: I can’t believe you two didn’t invite me.

Steph: I can’t believe you didn’t bring back any pastries.

Jason: I can’t believe you went on a school day.

Cass: I can’t believe you didn’t do a flip on the way down.

Everyone:

Tim: Honestly, same.

Duke:

Damian:

Duke: Dang it. Now we have to go back.

Bruce: Not without adult supervision you’re not.

Dick: DIBS!!

Thank you for tagging me in the Get To Know Me tag game @monstrousteaparty - i am starting a new post because the long post is... very long. 

Last song: Two Weeks by FKA Twigs 

Currently watching: Star Trek: Strange New Worlds. I also just finished the Sex Life Of College Girls s2 which i really dug, although i thought it was really weird that it wasn’t mentioned at all that Pauline Chalamet’s character lost a bunch of weight? like i thought it was really cool that she wasn’t as stick thin as her brother in s1 but in s2 she seems to have lost so much weight to the point where her character is almost unrecognisable and nobody says anything?? america explain. 

Currently reading: I’m reading Cynthia Nolan’s biography by M. E. McGuire which has actually been kinda boring in the way McGuire has put the historical information together but i’m reading it for the drama. frankly obsessed with the heide circle and everyone involved so i’m reading about Cynthia’s life with a v queer lens and taking from it what i want. thinking about writing a fictional historical take of the polyamorous drama that happened within the heide circle but not sure i want to be crucified by the historical puritans so not sure if this will just stay in my dreams or become a reality lol. anyway that’s kind of my purpose for reading this book. 

Current obsession: for like two (2) days it was the Millau Viaduct (read about it on wikipedia it’s WILD) but i think genuinely my long time obsession since may last year has been soulwax. every time i think i’m normal about them, one of their songs will weed it’s way into the youtube algorithm playlist and im like o ya they rule. they just *clenches fist* they make such cool sounds. 

Tagging @peter-weir (i already love you but want to know what you’re up to lately), @submalevolentgrace @bodyholly @tvmilfs @borderlinemediocre @chikyful @wateryblasts @captainreverie @insanewizards @broccoliwave @harrringtons @mrrrl

happy birthday !! 🥰 i hope it’s a lovely one 💖

thank you so much 😍😍😍

my partner and I spent the day travelling back home across france. it was quite nice 💕

1) my favourite bridge, the Millau viaduct (viaduc de Millau), is currently undergoing repairs. and all vehicles are using the same side. we've never crossed it that slowly 🤣 we had beautiful weather though!

2 to 4) on the other side when we were driving back down the mountain, we were greeted by dark rainclouds and the sunlight playing with them. and i saw the most amazing rainbow in a valley to the right of the highway. it was a complete demi circle, gigantic and touching the valley ground on both sides. unfortunately, my old phone was too slow to get the camera ready in time and i only caught the highest part of the arc above the tree tops.

5) we had a beautiful sunset. again, my phone's camera doesn't do it justice 😅

here are two more images from the internet of the viaduct and some info: "The roadway over the Millau bridge is 2.46 kilometres long, and weighs about 36,000 tonnes; it is the longest cable-stayed bridge deck in the world." (at least it was it when it was built in 2004. it might still be the highest, not the height where the road deck is, but the overall structure. with over 336 m (1,104 ft) it's higher than the eiffel tower.)

Hollywood Office Tower ‘The Star’ On Sunset Unveils $1B Makeover Plan.

Plans have been submitted for a 22-story office tower that will now be punctuated by a spiraling design offering 360-degree views of downtown Los Angeles, the Hollywood sign and the Pacific Ocean with luscious garden terraces on each floor that rise from the street-level entrance to a rooftop restaurant.

The plans were devised by Norman Foster of Foster + Partners, a London-based architecture firm known for iconic buildings and structures around the world such as the Gherkin skyscraper in London, the JP Morgan Chase Headquarters Tower in New York, Apple Park, Hong Kong International Airport and the Millau Viaduct in France. It’s expected to attract suitors across entertainment and tech, possibly as a potential headquarters.

Foster said the office campus, which is situated on a on a two-acre lot at 6061 W. Sunset Boulevard, is a “true reflection of the workplace of the future, nurturing community, well-being and collaboration” meant to “encourage and enliven the city’s incredible creative industries.” The location for the building sits across the street from the Old Warner Brothers Studios, now known as the Sunset Bronson Studios, and its 14-story office tower, which currently hosts Netflix. The former Television Center, which is undergoing a $600 million redevelopment and will be rebranded as Echelon Television Center, is also roughly a mile away.

Developers are betting on an urban design encouraging natural light and ventilation that incorporates vast outdoor areas with generous landscaping, floor-to-ceiling windows offering sweeping views of the region and an enhanced pedestrian experience along the entrance, which is walking distance from a Metro station and the Hollywood Walk of Fame. In a post-COVID world, access to fresh air and an outdoor space has been an essential consideration, especially for those in the entertainment and tech industries, said a company spokesperson, who declined to comment on financing for the development.

The campus, which sits next to less ritzy building hosting an events company and the Hollywood Palms Inn & Suites motel, will also feature a theater, gallery, rooftop restaurant and an outdoor event space intended to become a new destination. The development will break ground in 2026, with initial occupancy slated for 2029.

The Star will become a Hollywood “landmark” representative of a “new age of office space,” envisions Patrick Campbell, an architect at Foster + Partners. Learn more by reading the full-article at: https://www.yahoo.com/entertainment/hollywood-office-tower-star-sunset-142557018.html

#realestateinvestor #realestate #realestatedevelopment #construction #architecture #losangelesrealestate #losangeles #investinginrealestate #design #danielkaufmanrealestate #commercialrealestate

From concept to reality: how engineering behind skyscraper construction

The engineering behind skyscraper construction involves a meticulous process that combines creativity, technology, and determination. Skyscrapers like the Shard in London and the Channel Tunnel between the UK and France exemplify the innovative engineering feats that shape our world. Key aspects of skyscraper engineering include advanced structural design, cutting-edge materials like reinforced concrete and steel, and innovative techniques such as base isolation systems to enhance resilience against natural disasters. Engineers leverage state-of-the-art technology like Building Information Modeling (BIM) and virtual reality tools for efficient planning and construction, while sustainable practices such as rainwater recycling contribute to energy conservation in these monumental structures. Best engineering college in rajasthan plays a crucial role in fostering the next generation of engineers who will continue to push the boundaries of architectural and structural innovation.

Landmark engineers push the boundaries of structural design by utilizing complex mathematical models, advanced materials, and innovative techniques to ensure strength, durability, and safety in skyscrapers. The construction of iconic skyscrapers like Taipei 101 in Taiwan showcases the resilience and engineering capabilities required for tall structures, impacting urban development and tourism industries significantly. Moreover, landmarks such as the Millau Viaduct in France stand out for their unique features like pre-fabricated components to minimize environmental impact and streamlined designs for enhanced wind resistance. In conclusion, from concept to reality, building iconic structures involves a blend of visionary design, cutting-edge engineering, and a commitment to pushing the boundaries of what is possible in architecture. Skyscrapers not only redefine skylines but also inspire future generations to dream big and innovate in the realm of engineering marvels. In Jaipur, private engineering colleges like private engineering colleges in jaipur contribute to nurturing the talent and expertise needed to drive forward such groundbreaking projects and shape the future of architectural innovation.

How do engineers ensure the safety of skyscrapers?

Engineers ensure the safety of skyscrapers through a comprehensive approach encompassing various key aspects. Here are some methods they employ to guarantee the safety and structural integrity of these towering structures:

1. Design and Planning: Structural engineers meticulously consider site conditions, intended use, aesthetics, and environmental impacts during the design phase. They monitor construction progress closely to ensure adherence to design specifications

2. Regular Inspections and Testing: Engineers conduct regular inspections and tests on various systems within the skyscraper, such as fire protection, ventilation, plumbing, and electrical systems. This helps identify and address any defects or damages promptly

3. Advanced Structural Analysis: Utilizing tools like Building Information Modeling (BIM) and advanced structural analysis software, engineers model and simulate the behavior of skyscrapers under different loads to ensure their stability and safety

4. Foundation Design: The foundation of a skyscraper is crucial for its stability. Engineers assess soil conditions and choose suitable foundation types like piles or caissons to support the immense weight of the building

5. Material Innovation: Engineers explore innovative materials like high-strength concrete and advanced steel alloys to enhance structural stability against gravitational forces

6. Wind-Resistant Designs: Skyscrapers are designed to withstand powerful winds by incorporating aerodynamic features like setbacks and tapered profiles. Dynamic systems such as tuned mass dampers are integrated to counteract swaying during storms

7. Seismic Resilience: In earthquake-prone regions, engineers implement seismic design principles like base isolators to absorb seismic forces and protect occupants and surrounding structures

8. Compliance with Codes and Standards: Engineers ensure that skyscrapers comply with relevant codes, standards, and regulations governing safety and performance to guarantee structural integrity. 

By integrating these methods and technologies, engineers play a crucial role in ensuring that skyscrapers not only stand tall but also provide safe environments for occupants while withstanding natural forces and potential hazards effectively.

There have been many impressive engineering projects throughout history, and it is difficult to rank them all. However, here are some examples of notable engineering projects:

1. The Great Pyramid of Giza: This ancient structure is one of the Seven Wonders of the Ancient World and was the tallest man-made structure for over 3,800 years. It is made of 2.3 million stone blocks and required the constant labor of 30,000 people to build.

2. The Great Wall of China: This enormous 5,500 mile (8,850 km) long wall is made of stone, brick, tamped earth, and other materials. It was built over a period of centuries to protect China from invasions.

3. The Colosseum: This ancient amphitheater in Rome, Italy, is almost 2,000 years old and has a capacity of between 50,000 and 80,000 people. It was used for the entertainment of the Roman citizens.

4. The Brooklyn Bridge: This suspension bridge was the longest in the world at the time of its construction and was the first to use steel in its cables.

5. The Hoover Dam: This dam formed the largest man-made lake in the Western Hemisphere and generates 4 billion kWh of energy per year.

6. The Panama Canal: This 47 mile (77 km) long man-made canal was designed to connect the Atlantic and Pacific oceans to provide trade ships with a shortcut.

7. The Golden Gate Bridge: This suspension bridge connects San Francisco to the rest of the bay and needed an incredible 600,000 rivets in its construction.

8. The English Channel Tunnel: This 31 mile (50 km) long tunnel is also up to 250 ft (76 m) deep, connecting England and France.

9. The Millau Viaduct: This 1.5-mile-long cable-stayed road bridge is the tallest in the world and spans the Tarn River in southern France.

10. The Large Hadron Collider: This particle accelerator lies underground in a 574-foot long circular tunnel with a 17-mile circumference. It was built to answer many basic questions of science and the universe and to further develop technologies.

Here are additional engineering projects that contribute to the rich history of human ingenuity:

11. The Washington Monument: This obelisk stands at 555 feet (169 meters) tall and took nearly three decades to complete. Its design and construction were revolutionary for their time.

12. The Eiffel Tower: Built in Paris, France, in 1889, this iconic tower stands at 324 meters tall and was initially constructed as the entrance arch for the Exposition Universelle (World's Fair) celebrating the centennial of the French Revolution.

13. The Empire State Building: Completed in 1931, this skyscraper was the tallest building in the world until the completion of the Empire State Building's rival, the nearby Emerson Radio Building (now called the Empire State Building Plaza Office Building). At 1,250 feet (381 meters) tall, it remained the tallest building in the world for nearly forty years.

14. The Burj Khalifa: Located in Dubai, United Arab Emirates, this megastructure stands at 828 meters tall and boasts the distinction of being the tallest building in the world since its completion in 2010.

15. The Three Gorges Dam: Constructed along the Yangtze River in China, this hydroelectric dam is the largest power station in the world, generating approximately 22.5 gigawatts of electricity annually.

16. The Space Shuttles: NASA's space shuttle program consisted of five operational orbiters, Enterprise, Challenger, Discovery, Atlantis, and Endeavor. They revolutionized space exploration through their reusability and affordability compared to earlier expendable launch systems.

17. The CERN Large Electron Positron collider (LEP): Operating from 1989 to 2000, this particle accelerator was the world's highest-energy particle collider before being superseded by the Large Hadron Collider.

18. The Panama Metro: Opened in 2014, this rapid transit system consists of four lines covering 47 miles (76 kilometers) and serves over 1.5 million passengers daily.

19. The Akashi Kaikyo Bridge: Also known as the Pearl Bridge, this suspension bridge crosses the busy straits of Akashi in Japan, linking Awaji Island to Kobe and Osaka. With a central span of 6,529 feet (1,991 meters), it is the longest suspension bridge main span in the world.

20. The Thames Barrier: Situated in London, UK, this flood barrier protects the city from tidal flooding caused by storm surges. When closed, it forms the largest movable flood defense structure ever built.

These projects represent a small fraction of the countless engineering marvels created throughout history. Their innovations and advancements continue to shape our modern world.

Events 12.14 (after 1920)

1939 – Winter War: The Soviet Union is expelled from the League of Nations for invading Finland. 1940 – Plutonium (specifically Pu-238) is first isolated at Berkeley, California. 1948 – Thomas T. Goldsmith Jr. and Estle Ray Mann are granted a patent for their cathode-ray tube amusement device, the earliest known interactive electronic game. 1955 – Albania, Austria, Bulgaria, Cambodia, Ceylon, Finland, Hungary, Ireland, Italy, Jordan, Laos, Libya, Nepal, Portugal, Romania and Spain join the United Nations through United Nations Security Council Resolution 109. 1958 – The 3rd Soviet Antarctic Expedition becomes the first to reach the southern pole of inaccessibility. 1960 – Convention against Discrimination in Education of UNESCO is adopted. 1962 – NASA's Mariner 2 becomes the first spacecraft to fly by Venus. 1963 – The dam containing the Baldwin Hills Reservoir bursts, killing five people and damaging hundreds of homes in Los Angeles, California. 1964 – American Civil Rights Movement: Heart of Atlanta Motel v. United States: The Supreme Court of the United States rules that Congress can use the Constitution's Commerce Clause to fight discrimination. 1971 – Bangladesh Liberation War: Over 200 of East Pakistan's intellectuals are executed by the Pakistan Army and their local allies. (The date is commemorated in Bangladesh as Martyred Intellectuals Day.) 1972 – Apollo program: Eugene Cernan is the most recent person to walk on the Moon, after he and Harrison Schmitt complete the third and final extravehicular activity (EVA) of the Apollo 17 mission. 1981 – Arab–Israeli conflict: Israel's Knesset ratifies the Golan Heights Law, extending Israeli law to the Golan Heights. 1985 – Wilma Mankiller takes office as the first woman elected to serve as Principal Chief of the Cherokee Nation. 1986 – Qasba Aligarh massacre: Over 400 Muhajirs killed in revenge killings in Qasba colony after a raid on Pashtun heroin processing and distribution center in Sohrab Goth by the security forces. 1992 – War in Abkhazia: Siege of Tkvarcheli: A helicopter carrying evacuees from Tkvarcheli is shot down, resulting in at least 52 deaths, including 25 children. The incident catalyses more concerted Russian military intervention on behalf of Abkhazia. 1994 – Construction begins on the Three Gorges Dam on the Yangtze river. 1995 – Yugoslav Wars: The Dayton Agreement is signed in Paris by the leaders of the Federal Republic of Yugoslavia, Croatia, and Bosnia and Herzegovina. 1998 – Yugoslav Wars: The Yugoslav Army ambushes a group of Kosovo Liberation Army fighters attempting to smuggle weapons from Albania into Kosovo, killing 36. 1999 – Torrential rains cause flash floods in Vargas, Venezuela, resulting in tens of thousands of deaths, the destruction of thousands of homes, and the complete collapse of the state's infrastructure. 2003 – Pakistani President Pervez Musharraf narrowly escapes an assassination attempt. 2004 – The Millau Viaduct, the tallest bridge in the world, is formally inaugurated near Millau, France. 2012 – Sandy Hook Elementary School shooting: Twenty-eight people, including the gunman, are killed in Sandy Hook, Connecticut. 2013 – A reported coup attempt in South Sudan leads to continued fighting and hundreds of casualties. 2017 – The Walt Disney Company announces that it would acquire 21st Century Fox, including the 20th Century Fox movie studio, for $52.4 billion. 2020 – A total solar eclipse is visible from parts of the South Pacific Ocean, southern South America, and the South Atlantic Ocean.

Key Players in the French Construction Market: A Comprehensive Overview

The French construction industry is characterized by a diverse range of companies, including large multinational corporations, mid-sized enterprises, and smaller local firms. These companies contribute to the development and growth of France's infrastructure, residential, and commercial projects.

For more insights into the France construction market forecast, download a free report sample

Here is an overview of some of the key players in the French Construction Market:

1. Bouygues Construction:

Overview: Bouygues Construction is one of France's largest and most prominent construction companies. It operates globally and engages in various construction sectors, including building, civil engineering, and real estate development.

Notable Projects: Bouygues Construction has been involved in numerous iconic projects, including the Stade de France, the Philharmonie de Paris, and major transportation infrastructure.

2. Vinci Construction:

Overview: Vinci Construction is part of the Vinci Group, a global player in concessions and construction. Vinci Construction focuses on construction, real estate, and civil engineering projects.

Notable Projects: Vinci Construction has contributed to key infrastructure projects such as the A86 motorway in Paris and the Grand Paris Express metro expansion.

3. Eiffage:

Overview: Eiffage is a French construction and concessions company known for its involvement in large-scale public infrastructure projects. It operates in areas like construction, real estate, and energy.

Notable Projects: Eiffage has worked on projects like the Millau Viaduct, a cable-stayed bridge considered one of the world's tallest.

4. Colas Group:

Overview: Colas Group specializes in transport infrastructure construction, including roads, highways, and airport runways. It is a subsidiary of the Bouygues Group.

Notable Projects: Colas has participated in road construction projects across France and internationally.

5. Bouygues Immobilier:

Overview: Bouygues Immobilier is the real estate development arm of the Bouygues Group. It focuses on residential, commercial, and mixed-use projects.

Notable Projects: The company has developed numerous residential and commercial properties across France, contributing to urban development.

6. VINCI Immobilier:

Overview: VINCI Immobilier is the real estate development subsidiary of the Vinci Group. It specializes in residential, commercial, and urban development projects.

Notable Projects: VINCI Immobilier has been involved in various urban regeneration and sustainable development projects.

7. Société Générale:

Overview: Société Générale is a major French financial institution with a significant presence in real estate financing, offering services to construction and development projects.

Notable Projects: Société Générale has provided financial support to numerous construction and real estate projects across France.

8. Bouygues Energies & Services:

Overview: Bouygues Energies & Services focuses on energy and services solutions for various sectors, including construction, facilities management, and energy efficiency.

Notable Projects: The company has been involved in energy-efficient and sustainable building projects.

9. Nexity:

Overview: Nexity is a leading real estate developer and services provider in France. It specializes in residential and commercial property development.

Notable Projects: Nexity has developed a wide range of residential and commercial properties across France.

10. Eiffage Construction: - Overview: Eiffage Construction is a subsidiary of the Eiffage Group, involved in construction and civil engineering projects, including buildings, infrastructure, and industrial facilities. - Notable Projects: The company has worked on significant construction and renovation projects in France.

These key players in the French Construction Market are essential contributors to the country's infrastructure and urban development. They play a vital role in shaping the construction landscape and driving innovation in construction methods, sustainability practices, and real estate development.

Golden Gate Bridge vs Millau Viaduct - Legends vs Modern Icons

Golden Gate Bridge vs Millau Viaduct – Legends vs Modern Icons The Golden Gate Bridge – THE landmark of San Francisco. An architectural masterpiece. With a span of one thousand two hundred and eighty meters, it held the record being the longest suspension bridge of the world for an impressive twenty-seven years. At two hundred and twenty-seven meters tall, it is more than huge. The Golden Gate…

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Millau Viaduct

The bridges that this one is compared to in this Wikipedia article are all incredible. I would love to see this in person one day.