Residential Private House Location: Fußach, Austria Architect : Baumschlager Eberle Architekten YEAR: 2008 The Nordwesthaus brief called for a combined boathouse and clubhouse that made a clear architectural statement. Baumschlager Eberle Architects created a concrete and glass cube that provides a fitting response to a site dominated by water and transforms at night into a light sculpture hovering on the lake. The irregular structure of the concrete elements is set off against the regular rectangular shapes of the sheets of glass, The randomness of the glass decoration avoids too sharp a contrast between the core and the envelope. . . #designstudiomag #concrete #concretearchitecture #concretestructures #concreteconstruction #parametricconcrete #parametricconstruction #facadearchitecture #facadesesign #parameteicfacades #parameteicarchitecture #glassfacade #facadearchitecture @designstudio_mag Digital Architecture and Design magazine (presso Austria) https://www.instagram.com/p/CQYJ1n4r112/?utm_medium=tumblr
Anya is live and ready to show you everything. Watch her strip, dance, and perform exclusive shows just for you. Interact in real-time and make your fantasies come true.
✓ Live Streaming✓ Interactive Chat✓ Private Shows✓ HD Quality
Anya is LIVE right now
FREE
Free to watch • No registration required • HD streaming
Share your thoughts about this concrete structure! Concrete discs embracing the stairs to the top of the hill at the dance valley in #Amsterdam #Netherlands / 📸 by Vasilmann ——————————————————————— #disc #concrete #concretestructures #wall #concretewall #concretewalls #architecturephotography #photography #photographer #structure #structuralengineering #wall #design #parametric #grasshopper3d #rhinoceros3d #parametricarchitecture #parametricdesign #architecture #architect #mimar #architectural #engineering #computationaldesign #computational #architecturestudent #architecturestudents #concrete #concretedesign (at Amsterdam, Netherlands) https://www.instagram.com/p/CD1HNmqJfo1/?igshid=1r4yz5bx5jqvn
There are a lot of articles written about Jorba Laboratories, one of the most controversial works from daring spanish architect Miguel Fisac (1913-2006), his work was keep out from knowledge and research till the last decade.
We invite you to know more about the architect, his works and a proposal to consider The Pagoda’s reconstruction on a specific site, for a museum space dedicated to show his legacy. This proposal is leaded by researchers and enthusiasts and is certainly enough argumented, hope they will get more support from the municipal authorities and citizens.
-The Short Life and Long History of The Pagoda. Essay by Carlos Copertone and Patxi Eguiluz EN +
-Centro Fisac-Soria. Propuesta para un espacio museístico dedicado a la obra de Miguel Fisac. More inquiries about this proposal please talk with, Javier Rodríguez Cabello @Javieringio ES +
-“..La llamativa y destruida “pagoda” era el elemento singular de un conjunto de gran racionalidad en el que la torre de despachos de dirección debía servir como reclamo a quienes circulaban por la N-II. Cada planta rectangular aparecía girada 45º respecto a la inferior, y se relacionaba con sectores de paraboloides hiperbólicos, que le daban ese aspecto oriental que identificó la obra de mayor atrevimiento formal de la ciudad..” +
-This interview between enthusiast people and Fisac at his 90 years old is a gem. Special interview for a spanish journal in 2003. ES +
-More about Miguel Fisac works ES +
-Here are some reasons on why you may known and research Miguel Fisac works as a reference for your future architectures inspired and made with concrete __ but please, try out something more than make a mere copy, as BIG architects recently did, thanks.__ .ES +
Confluence Park Pavilion in #SanAntonio #Texas made of concrete petals designed by Lake|Flato Architects + Matsys Design | 2018. Constructed of concrete petals designed thoughtfully to sit lightly upon the land, the BHP Pavilion— the main pavilion— forms a geometry that collects and funnels rainwater into a sitewide water catchment system. The pavilions throughout the park provide shade and shelter, simultaneously engaging visitors to visualize the cycle of water at Confluence Park and how it relates directly to the San Antonio Rivershed. Architect: @matsysdesign @lakeflato Photos by: Casey Dunn Post by: @hamithz & @pa.next ————————————————————— * Submit your project to publish on PA (+542K) * Turn ON Post Notifications to see new content * Instagram 👉🏼 instagram.com/parametric.architecture * Linkedin: 👉🏼 linkedin.com/company/parametric.architecture * Website: 👉🏼 www.parametric-architecture.com * Facebook: 👉🏼 facebook.com/parametric.archi * Pinterest: 👉🏼 pinterest.com/parametricarchitecture * YouTube: 👉🏼 youtube.com/parametricarchitecture * Twitter: 👉🏼 twitter.com/parametricarch ————————————————————— #installation #structure #concrete #concretestructures #pavilion #architectural #architect #architectureporn #architecture #architecturelovers #architecturephoto #digitalfabrication #parametricism #architects #architecteye #architectlife #architecturelove #architecturedaily #parametric #parametricarchitecture #parametricdesigm #architecturebuilding #architecturephotography #designporn #designinspiration #designlovers #architecturephotos #architecturepicture https://www.instagram.com/p/CAlgMMjnbVi/?igshid=dmas04f0l0wi
Jose Luis Sert : Former US Embassy in Baghdad 1955-1959
· Today abandoned ·
This is how a masterpiece of avant-garde architecture with Spanish signature has been abandoned due to political disagreements since late 1960s till now.
Although the pictures above were taken in 2011, the complex was bombed in 2003 by US army, now is closed, abandoned and surrounded by tall cement walls, withouth a legal owner.
The late years it has been recognized by DOCOMOMO as a modern architectural building complex in danger.
Architects: Pedro Azara from UPC (Barcelona) and Ghada Siliq from (Bahgdad) have informed this situation through a range of research articles on the web, thanks to them and all you people interested on architectural heritage and building preservation.
Let's go to the facts known:
70s. After US Embassy left the headquarters in 1968 due to political disagreements, Iraqi government decided to move there the headquarters of Ministry of Foreign Affairs.
80′s. Later, in eighties the Building complex changed owners and happens to be the Headquarters of Intelligence Services for Saddam Hussein Government.
Fortunately, the architects which assesored the president achieved the managment and the work of Sert haven’t suffer important modifications, it remained in good condition and well preserved until 2003,
2003. Time that US army bombed the former embassy of their own country, crazy.. After that, the building began its decay. After the zone was bombed, the location has become a restricted area (called 'green area') in Baghdad. Meanwhile US embassy continued using the building as a secondary dwelling while they raised their new embassy headquarters.
2010. The US embassy finally returned the headquarters to the Iraqi government which transferred the property to the Deputy Prime Minister of Iraq, later accused of terrorism. He fled to Iraqi Kurdistan. Since then, the property remains in a legal limbo.
2017. HOPE. Although there were signs of an attempt to preserve one of the best works of Spanish Architect, Jose Luis Sert, today we have any news about, waiting hopefully can be solved soon.
Certainly, there are lot of buildings and architectures around the world that have never been given the recognition it deserves, also it’s worrying how buildings are sometimes wrongly judged by population as a mere [overrated or underestimated] Symbol instead to value them as an architectural work, its contribution through history and how affects to people's lives.
The articles below worth to read.
2008 Recinto de la embajada americana en Bagdad (1955-1959). José Luis Sert EN - ES +
2011. ‘Former American Embassy in Baghdad, Iraq designed by Jose Luis Sert 1957-59: A ruin that nobody wants’. An article written by Pedro Azara (Universitat Politècnica de Catalunya. BarcelonaTech [UPC]. EN +
2011. Josép Lluis Sert: Antigua embajada norteamericana en Bagdad (1957),hoy ES +
2013. Una historia de la antigua sede de la embajada norteamericana en Bagdad (Iraq), de José-Luis Sert (1955-1957) ES +
images: Taken by Ghada Siliq. Baghdad. (2011)
plans: +
Jose Luis Sert was the first architect of Spanish avant-garde, Apostle of rationalism in Spain, dean of architecture at Harvard for almost two decades. Sert was a man full of contradictions, a free verse in a world dominated by serial production.
Anya is live and ready to show you everything. Watch her strip, dance, and perform exclusive shows just for you. Interact in real-time and make your fantasies come true.
✓ Live Streaming✓ Interactive Chat✓ Private Shows✓ HD Quality
Anya is LIVE right now
FREE
Free to watch • No registration required • HD streaming
Best Cement for Concrete, RCC & Foundation: Why Chettinad Cement is the Smart Choice
In construction, strength is not an option. It is a guarantee. Every structure stands on one fundamental decision the quality of cement chosen for concrete, RCC, and foundation work. When durability, load-bearing performance, and long-term reliability matter, the choice of cement defines the outcome.
Among India’s most trusted names, Chettinad Cement consistently delivers performance that engineers, builders, and developers rely on. It is not just cement it is structural assurance.
The Role of Cement in Concrete, RCC, and Foundations
Concrete is only as strong as the cement that binds it. In RCC structures and deep foundations, cement determines:
Compressive strength and load capacity
Resistance to environmental stress
Durability over decades
Crack resistance and structural stability
A poor choice compromises everything above it. A superior choice reinforces everything built on it.
What Makes a Cement “Best” for Structural Use
Selecting cement for RCC and foundation work requires technical precision. The right cement must deliver:
1. High Early and Ultimate Strength
Strong early strength ensures faster construction progress. High ultimate strength guarantees long-term performance under heavy loads.
2. Consistent Quality
Uniform composition ensures predictable results across batches, which is critical for large-scale construction.
3. Low Permeability
Reduced permeability protects structures from moisture ingress, corrosion of steel reinforcement, and environmental damage.
4. Superior Workability
Ease of mixing, placing, and finishing improves construction efficiency and reduces material wastage.
5. Durability in All Conditions
From coastal humidity to extreme heat, cement must withstand diverse environmental conditions without compromising strength.
Why Chettinad Cement Stands Out
Engineered for Structural Excellence
Chettinad Cement is manufactured using advanced technology and stringent quality control processes. Every batch meets high-performance standards required for RCC and foundation applications.
High Compressive Strength
It delivers exceptional compressive strength, making it ideal for load-bearing structures such as columns, beams, and slabs.
Enhanced Durability
The cement composition ensures resistance against sulphates, moisture, and chemical attacks, extending the life of structures.
Optimal Setting Time
Balanced setting characteristics provide enough working time while ensuring faster strength gain, improving construction timelines.
Trusted Across Projects
From residential buildings to large-scale infrastructure, Chettinad Cement has proven its reliability across diverse applications.
Ideal Applications
Chettinad Cement is the preferred choice for:
Reinforced Cement Concrete (RCC) structures
Deep and shallow foundations
High-rise buildings
Industrial and infrastructure projects
Concrete roads and heavy-duty surfaces
Its performance remains consistent across all structural requirements.
Technical Edge in RCC and Foundation Work
RCC structures demand a perfect bond between cement and steel reinforcement. Chettinad Cement enhances this bonding strength, ensuring:
Improved load distribution
Reduced risk of cracks
Increased structural integrity
In foundations, where soil interaction and load transfer are critical, its strength and durability ensure a stable base for decades.
Long-Term Value Over Short-Term Cost
Choosing cheaper alternatives may reduce initial cost but increases maintenance and repair expenses over time. Chettinad Cement delivers long-term savings by:
Reducing structural failures
Minimizing maintenance needs
Extending building lifespan
It is not an expense. It is an investment in structural security.
Sustainability and Responsibility
Modern construction demands responsibility. Chettinad Cement integrates efficient manufacturing practices to reduce environmental impact while maintaining high performance standards. Strength and sustainability go hand in hand.
Conclusion
Concrete defines the structure. Cement defines the concrete. When strength, durability, and reliability are non-negotiable, the choice becomes clear.
Chettinad Cement stands as a benchmark in quality, performance, and trust. For concrete, RCC, and foundation work, it is not just a smart choice it is the right one.
Want more information? Visit this website:
Chettinad Cement is your trusted source for top quality cement in Tamil Nadu, Karnataka & South India. High strength, durable, & reliable fo
How RCS Services Extend the Life of Concrete Structures
Concrete buildings and structures are made to last many years. However, their actual lifespan depends on proper design, construction quality, and regular maintenance. This is where RCS (Reinforced Concrete Structure) services become important. From the early design stage to long-term inspections, RCS services help concrete structures stay safe, strong, and usable for a longer time.
Understanding the Role of RCS Services
RCS services include the design, analysis, detailing, and assessment of reinforced concrete parts such as slabs, beams, columns, and foundations. These services are used not only for new buildings but also for existing structures that are old, damaged, or planned for a change in use.
By following engineering standards and proven methods, RCS services help structures handle loads, weather conditions, and natural aging without losing performance.
Better Design Leads to Longer Structural Life
One of the main ways RCS services extend the life of a structure is through correct design and detailing. When loads are calculated accurately and reinforcement is placed properly, the chances of early damage are reduced.
Good design helps by:
Distributing loads evenly across the structure
Providing enough concrete cover to protect steel bars
Controlling cracks to prevent water entry
Considering environmental conditions such as moisture and temperature
When these factors are handled well during design, the structure requires fewer repairs later.
Quality Control During Construction
A strong design alone is not enough if construction is poorly done. RCS services often support the construction stage to make sure work on site follows the approved drawings and specifications.
This includes:
Checking reinforcement placement before concreting
Ensuring concrete quality and correct pouring methods
Identifying site issues that may reduce durability
Proper supervision helps avoid hidden construction defects that can shorten the life of concrete structures.
Early Detection Through Structural Assessment
As buildings get older, regular inspections become necessary. RCS services help identify early signs of damage such as cracks, deflection, or material weakness before serious problems occur.
This is especially important for buildings constructed using non-traditional materials. Today, RAAC building inspections are widely used to assess structures that may contain Reinforced Autoclaved Aerated Concrete. These inspections help engineers understand structural condition, load capacity, and safety risks.
Preventive Maintenance and Strengthening
RCS services also help plan timely repairs and strengthening, which are much more effective and affordable than major repairs or demolition.
Common measures include:
Strengthening structural elements to carry higher loads
Repairing damaged concrete and corroded reinforcement
Improving overall structural performance
In such cases, RAAC condition surveys provide detailed information about material strength and deterioration. Based on these surveys, engineers can recommend suitable repair or strengthening solutions to extend the structure’s life.
Enhancing Safety and Compliance Over Time
Building safety rules and usage requirements change over time. RCS services help older structures meet current standards, especially when buildings are renovated or used for new purposes.
A detailed RAAC safety assessment helps identify weak areas that may pose risks to occupants. These assessments support better decision-making and long-term safety planning for building owners.
Long-Term Value of Professional RCS Services
By combining good design, proper construction checks, regular inspections, and planned maintenance, RCS services help concrete structures last longer and perform better. They reduce the risk of sudden failures, lower repair costs over time, and improve overall safety.
In the long term, professional RCS services protect not only the structure itself but also the people who use it every day.
