How to Reverse the Effects of Global Warming on Buildings?

The effects of global warming are more adverse and far reaching than those just documented. It has led to unforeseen glacial melts, unpredictable weather conditions, rise in sea-levels, acidification of ocean water, extinction of several plant and animal species and uncountable other situations. This also impacts the longevity of buildings and other high-rise structures. Climate change has transformed the architecture, designing, and construction of new buildings. Architects are using modern technology to design buildings that are weather-resistant and energy efficient. With the rise in unpredictable climatic conditions like hurricanes, floods, and earthquakes, construction engineers make durable structures to withstand the aftermaths of natural disasters. Modern high-rise buildings are constructed with deep earthing with iron beams which makes them less vulnerable to earthquakes. Weather-resistant paint is widely used in both residential and commercial buildings alike.

Usually, Grade 53 cement is used to make the most durable and strong structures. Portland Cement is used for pre-cast cladding panels, creating terrazzo floorings. Both Grade 43 and Grade 53 OPC cement in used in general construction works.

MP Birla is one of the popular cement suppliers in India. This cement is specially engineered to offer strength, durability, and faster construction time.

Greenhouse gas emissions are rapidly weakening older buildings. Architects involved in the restoration and renovation of historic buildings work to minimize the effects of adverse weather conditions. Discoloring of marble due to acid rain and air pollution is a common phenomenon. Hurricanes and tsunamis have become more frequent in the coastal areas of the USA. Adding up to billions of dollars of damages, these climatic disasters render millions of people homeless and create a deep plunge in the economy of a country. The recent ongoing flooding in the state of Kerala has wreaked a havoc in the lives of people. Earthquakes and tsunamis occur often in the countries of Japan, Nepal, Indonesia, and India. Lava eruptions in areas of dormant and active volcanoes, in the countries of Hawaii and Japan, can displace an entire population, and damage a lot of buildings.

To reduce the adverse effects of global warming, we must collectively come together and actively participate.

Beautiful Iconic Bridges to Visit Across the World

Bridges are often iconic representations of any country. When you visit any country, check out the magnificent architectures of the world. The stunning architecture of bridges defines the skyline of a place. It is a must to visit iconic bridges around the world. Architects use innovative 3D modeling and virtual design to create different simulations of a bridge structure.

The construction of a bridge involves a complex undertaking of technical knowledge and architectural expertise. A bridge is often built to reduce traffic or to allow pedestrians to connect between two cities or to connect two different places. Aqueducts are the most ancient structures that served as an inspiration to modern-day bridges. They were used to transport fresh water for great distances during the medieval era. From spectacular suspension bridges to pedestrian walkways, construction of bridges is a challenging process and involves many years of endeavor.

Here is a brief view on the architecture and construction of some of the iconic bridges in the world.

The Golden Gate bridge is certainly the most spectacular bridge in California. It is one of the world’s longest too spanning 4200 feet. It is constructed with earthquake-resistant technology. This bridge has walkways, bicycling lanes, and a six-vehicle traffic lane. The best cement for rcc construction of a bridge is Grade 53 cement, due to its strength and durability.

MP Birla is one of the best cement suppliers in India. They manufacture OPC, PPC, and PSC cement.

Ponte Vecchio in Florence, Italy is a classic example of renaissance infrastructure.  It is a one-of-a-kind bridge spanning over the Arno river. This bridge had medieval century workshops and houses on the top of the structure. Now a major tourist destination in Florence, this bridge has a history of surviving through the World War II.

The stunning Brooklyn Bridge across the New York City Skyline spans at a length of 1596 feet over the East River. It features a great pedestrian walkway for the walkers and the cyclists above the automobile lanes. The construction of this bridge was carried on fourteen years. Akashi Kaiko is the longest suspension bridge, located in Japan. It is also the tallest bridge in the World. It connects the city of Kobe with Iwaya. It spans a length of 3911m. This bridge is made of steel.

Irrespective of the construction material of cement or steel, understanding the construction techniques of bridges gives us an insight into the most marvelous structures of the world. It helps us to appreciate the endeavor of talented architects and designers. The design of bridges can also serve as an inspiration to modern construction work.

How to Factor-in Weather Conditions During Construction?

Climate change is causing more disturbances than the world has ever experienced.  It has led to unforeseen glacial melts, unpredictable weather conditions, a rise in sea-levels, acidification of ocean water, extinction of several plant and animal species. This also impacts the durability of buildings and other high-rise structures. Climate change has transformed the architecture, designing, and construction of new buildings. Architects are using modern technology to design buildings that are weather-resistant and energy efficient. With the rise in unpredictable climatic conditions like hurricanes, floods, and earthquakes, construction engineers make durable structures to withstand the aftermath of natural disasters. Modern high-rise buildings are constructed with deep earthing with iron beams which makes them less vulnerable to earthquakes. Weather-resistant paint is widely used in both residential and commercial buildings alike.

The raw materials used in the construction plays an important role. Ordinary Portland Cement Grade 53 cement is used to make the most durable and strong structures. Portland cement is the best cement forroofing and other general construction works.

It is a great cement for construction of high-rise buildings. Greenhouse gas emissions are rapidly weakening older buildings. Architects involved in the restoration and renovation of historic buildings work to minimize the effects of adverse weather conditions. Discoloring of marble due to acid rain and air pollution is a common phenomenon. Hurricanes and tsunamis have become more frequent in the coastal areas of the USA. In 2018, hurricane Florence caused havoc in the US East coast region. Adding up to billions of dollars of damages, these climatic disasters render millions of people homeless and create a deep plunge in the economy of a country. Earthquakes and tsunamis occur often in the countries of Japan, Nepal, Indonesia, and India. Lava eruptions in areas of dormant and active volcanoes, in the countries of Hawaii and Japan, can displace an entire population, and damage a lot of buildings. Architects are using smart technology to make buildings and commercial structures, more resistant to severe weather conditions and natural disasters especially earthquakes. While it is not impossible to create structures that are completely earthquake resistant, it is possible to engineer structures that are partially earthquake resistant. This step can help save thousands of lives lost all over the world due to seismic disturbances.

In today’s era most of the modern commercial and residential buildings are constructed with weather resistant features.

Inside the Architecture of Basilica Sagrada Familia in Barcelona

It takes decades to build an awe-inspiring structure. The medieval age is full of cathedrals and churches reflecting beauty and artistry through the intricate artwork of skilled craftsmen. It is fascinating to notice the life-size sculptures, handcrafted nature motifs, baroque architecture, and exquisite paintings. The churches in the medieval era are adorned with paintings of Michelangelo and Bernini.

Modern architecture is evolving with creativity, innovative designing, and construction techniques. One such cathedral that remains unfinished to this date is the Sagrada Familia in Barcelona, Spain, even though the construction began 136 years ago. The construction of this Basílica is the most sought-after piece of architecture in the world today.

The construction first started on 19th March 1882. This Basilica is designed by famous architect Antoni Gaudi. It is also a UNESCO World Heritage Site. The tentative year of completion is estimated to be 2026. Some of the world’s most talented architects and designers are involved in the construction of this legendary church. The construction techniques used for this project have evolved over the decades. The materials and construction techniques used in the Basilica de la Sagrada Familia are world-class. The best cement for roof concrete is Ordinary Portland Grade 53 variety.

This Basilica stands at a towering height of 172meters which makes it the tallest church in the world. It covers an area of 9000sq. meters in central Barcelona. There are 18 towers in the Basilica, each related to a Christian figure. The middle tower is dedicated to Jesus Christ and the surrounding towers to Virgin Mary, Mathew, Mark, John, Luke, and others. The entire church projects an iconography relating to Christian faith. The Glory façade is designed to feature verses from The Holy Bible.

Let’s understand the materials and construction techniques being used for this church. The bell towers in the church are made of Montjuic sandstone. And other towers are made of granite. The tallest tower reaching a height of 172 meters devoted to Jesus Christ stands at the center of the Basilica, topped with a 30-meter tall cross. This tower features a 60-meter high parabolic staircase to allow visitors to access the spire. White concrete is used for the construction of pillars and the walls of the church.

The increasing height of a building contributes to compression loads in the base of the structure. Innovative construction techniques are incorporated to ensure that the structure can withstand huge compression loads while sustaining its shapes and sculptures.

It features an eclectic mix of traditional and modern architecture. The theme of intricate artwork engraved inside the church is inspired by baroque and medieval architectural designs. This will serve as an inspiration to all engineers and architects for modern-day construction work.

Architectural Insights on Sustainable Buildings in the World

We are living in an era where sustainability is the need of the hour. As a consequence of our actions, the environment is severely affected, including the sea, the land. Pollution has plagued the oceans, the air, the land, the forests. It is time, to take effective measures to preserve our environment, and promote biodiversity.

We need to cultivate sustainable practices on architecture, furnishing, vehicles, etc. We must also strive to reduce the usage of fossil fuels and resort to renewable sources of energy.

LEED is a certification that helps architects, designers and construction engineers to develop sustainable architecture. It involves the use of recycled, biodegradable and eco-friendly materials. They focus on procuring the major source of energy from renewable sources like solar power, wind, and water. Rainwater harvesting is done to conserve water. Terrace gardens and green roofs are natural ways to reduce pollution, keep the building cooler and reduce the absorption of UV rays. Architects design buildings that have access to natural sunlight, which leads to less usage of artificial lighting. Planting trees and plants, installation of natural springs, bird feeders are economical ways to promote sustainability in any building complex and reduce pollution simultaneously.

The construction materials are carefully chosen to promote sustainability. Get the best sustainable cement from cement suppliers in India.

Let’s consider the construction of some of the greenest and sustainable building in the world.

One Angel Square, Manchester, UK building has several ratings on sustainability. They use biofuel as the chief source of energy. It is powered by plant oil-fueled combined heat & power system. They use grapeseed oil grown on the cooperative’s estate as fuel. Sun-Moon Mansion, Dezhou, China is constructed in the shape of a sundial. It is the largest solar-powered structure in the world. It has a hotel, a conference center, and offices that are all powered by solar energy. It also features a solar-powered hot water supply, energy saving glass, and 50000 square feet of solar paneling. Manitoba Hydro Place, Winnipeg, Canada is one of the most energy-efficient buildings in Canada. It is powered by a geothermal system to moderate the temperature of the building. It has roof gardens and triple glazed windows as a measure of energy saving. It is 60 percent more energy efficient than other similar structures. Apple Campus 2, Silicon Valley, USA is voted as one of the greenest buildings on the planet. Apple is considering powering the entire campus with 100 % renewable sources of energy. As a part of reducing greenhouse gas emission in the campus, they have planted 7000 trees. This huge campus features office buildings, research center, conference areas and restaurants.

Is it Advisable to Choose Portland Cement for All Construction Works?

When it comes to the construction of a structure, you choose the best from a variety of cement and other construction materials. Construction of reservoirs, marine structures, cooling towers, railway sleepers, industrial buildings, dams, bridges, flyovers, runways, or metro line, requires different grades of cement. The major categories of cement are Ordinary Portland Cement (OPC), Portland Pozzolana Cement (PPC), Portland Slag Cement (PSC).

The quality of cement determines the durability and makes it weather-proof from hazardous conditions like storms, snow, rain, etc. OPC is the most widely used cement used for high-strength pre-cast concrete and plaster. It is available in OPC-43 Grade and OPC-53 Grade. OPC is ideally applied for high- rise buildings, commercial structures, roadways & runways, flyovers. PPC is a cement made of gypsum and pozzolanic materials like fly ash and silica-rich earth. It is used for brick masonry, plastering, tiling & waterproofing. PPC is ideally applied for plaster & brickwork, marine work, mass concrete work, RCC work & residential construction. MP Birla is one of the leading cement manufacturers in India. It is one of the largest producers of PPC cement. MP Birla manufactures the best cement in India for roofs, slabs, pillars, and plastering. Some of their flagship products are MP Birla Cement Perfect, MP Birla Unique, Chetak, etc. They also manufacture premium quality white cement. 

PSC is a blended cement, comprising 90% glass with silicates and alumino-silicates of lime. It is created with a combination of 45-50% slag, 45-50 % clinker, and 3-5 % Gypsum. It is majorly used for a pre-cast concrete product, foundations and piles construction, water retaining structures and to add a superior finish. Slag cement is ideally applied for mass concrete works, dams, concrete road, flyovers and marine construction. MP Birla cement unique is one of the top-selling PSC cements with fewer cracks and gives an excellent finish to a structure. OPC cement sets faster than other brands of cement and makes the construction stronger. This type of cement provides a denser concrete paste matrix by reducing the pore size. Denser cement creates a protective shield from the air, water, harmful chemicals, and CO2. 

Fast setting cement is always preferred as it increases the pace of construction. MP Birla Cement Perfect is a superior quality fly-ash based PPC. It increases the strength and durability of a concrete structure. Do your thorough research on the category of cement that you choose to use in construction.