As we know, 3D printing is now widely used for a variety of purposes. It can help us design buildings and other objects. There are some questions that we need to ask. For example, how long can 3D printed buildings last?
Aiman Hussein’s TikToks
Aiman Hussein’s TikTok, a tad over a year in the making, is one of the more engaging places I’ve spent the better part of a day. Despite the abrasive nature of this particular TikTok, the folks are a joy to be around. There have been many laughs, tee offs, and impromptu greet and greets. Besides, we’re big fans of all things nerdy. So, if you’re a rabid fan of 3D printed buildings, you’ll be a happy camper in no time. You’ll hopefully learn some lessons. We have all heard the stories of the dreaded boolean butts but it isn’t the only thing we’ve seen.
Mighty Buildings
Mighty Buildings can help you find a home that lasts a long time, and reduces your environmental impact. It uses innovative 3D printing technology to produce eco-friendly homes that are affordable and energy efficient. You can choose a ready-made solution or modify a design to suit your specific needs.
Mighty Buildings is a California-based company that uses advanced composite materials to create high-quality, sustainable homes. This technology allows you to build homes in half the time.
They have built a portfolio that includes nearly a dozen projects in California, with 15 ADUs currently under contract. Additionally, the company is currently working on a neighborhood of fifteen units in the Coachella Valley. Their first 3D-printed home is now complete and they have plans to break ground on two multi-unit housing developments in 2022.
Sustainable housing solutions are essential, as the construction industry is responsible for more than a third the world’s greenhouse gas emissions. Mighty Buildings is implementing a product life cycle assessment. A thorough product assessment allows the company to make informed decisions about the material and method used to create the products.
First, they use a lighter material than traditional concrete. This means less material is needed per square foot of home. It also means the materials are stronger and more resistant to environmental factors.
They also have a thermoset composite that hardens to UV light. Its strength profile is similar to reinforced concrete. Moreover, the material can be produced for about 10% of the price of conventional cement.
Apis Cor
Apis Cor is a construction company that builds houses by using a unique 3D printer. It has a vision of building affordable and accessible homes. It has successfully completed pilot homes in the United Arab Emirates and the United States.
Apis Cor is backed by At One Ventures and Alchemist Accelerator. The company plans to expand into other countries. The company is currently based in Melbourne, Florida.
Apis Cor’s 3D printing technology has won numerous awards since its inception. metal For example, they are the only construction company to design 3D-printed walls that comply with international building codes. They have also participated in the NASA 3D Printed Habitat Challenge.
According to the Guinness Book of World Records, the company was awarded the title of the “World’s Largest 3D Printer Building”. Apis Cor also boasts the largest 3D-printed building in the world. It has also completed two highly-publicized projects in the United States, and the United Arab Emirates.
Apis Cor was able 3D-print the entire Stupino house in just 24 hours. The materials used in the project were 275 dollars per square meter and the overall cost was just over $10,000.
A mobile concrete 3D printer was used by the company to finish the project. A mobile 3D printer for construction allows the construction of whole buildings directly on-site. This unique technique allows you to build whole structures right on site. It also reduces labor costs.
Apis Cor believes that additive manufacturing technology can solve the problem of skilled labor shortage in the construction sector. This technology can be used in industrial, commercial, as well residential buildings.
Mvule Gardens
The Mvule Gardens complex in Kilifi, Kenya is one of the largest 3D printed affordable housing projects in the world. Part of a wider project, Green Heart of Kenya, the project is intended to showcase climate-resilient communities. MASS Design Group in America and Africa created the complex.
As the name suggests, the Mvule Gardens is a complex comprising of 52 affordable housing units. They will be situated in Kilifi (Kenya), a coastal city near the Indian Ocean, and Mombasa. The project was designed to address the growing needs of a rapidly expanding population and supports President Kenyatta’s “Big Four” agenda. Aside from addressing Kenya’s housing needs, the complex will also contribute to the country’s economy.
As with most large scale construction projects, it’s not just the size of the building that matters. In this case, the quality of the materials used is crucial. Holcim works in partnership with the UK development financier CDC Group.
Holcim’s 3D printing expertise and TectorPrint ink, the company’s new ink, have been tested. The ink is able to reduce carbon emissions by as much as 50% and enhance the structural function of walls. While the ink was meant to be additive, it had to also be capable of performing the duties of a standard cement producer.
While the project is only in its early stages, the results of this collaboration will likely have a major impact on Africa’s construction industry. With the ability to produce a replicable, sustainable housing unit at a price that’s within reach of a vast swathe of the global population, 14Trees has the potential to catalyze affordable construction in the continent.
Sustainable aspects
3D printed structures have several important aspects to consider, and sustainability is one of them. A sustainable structure must offer thermal comfort and energy efficiency in order to be considered durable.
The structures should be constructed using a variety materials to achieve this. The ideal material for these structures is to be recyclable, eco-friendly, and natural.
The construction industry generates a large amount of waste, and using disruptive technologies such as 3D printing can change the way the supply chain operates. By using these technologies, the costs can be reduced, and the manufacturing process can be streamlined.
3DP can be integrated into architecture to reduce labor costs and increase safety for construction workers. Although this technology is not widely used in developing nations, it could make the industry more sustainable.
Modern construction aims to create sustainable and environmentally-friendly structures. The United Arab Emirates is an example of this. It boasts a growing construction industry and is committed in implementing ambitious strategic planning for sustainable development.
3DP could be used to build new, sustainable cities. However, there are significant limitations to implementing it in developing countries. Developing countries might not have a technological infrastructure, and may not be able to implement it on a wide scale.
While there are numerous studies on the economic impacts of 3DP, few are focused on the social and cultural aspects. There are also few studies on life cycle assessments. Also check out the 3d printing guide This is an important area of research, as it helps determine whether a technology is environmentally and socially sustainable.
A key aspect of the 3DP process is recycling construction waste. These include concrete, recycled bricks and other building materials.
