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Introduction
This new design concept of residential spaces known as the space capsule house is developed to provide a solution for housing issues in modern cities, which require sustainable and efficient living solutions at an affordable price. Given their location, this style houses relies heavily in the materials that are used to build it as we have seen when building a compact living space. In this article, the focus will be on various materials used for cladding of outer surface in space capsule house along with a comparative study regarding their insulation property (R-value), Weight and Aesthetics.
Space Capsule House Design Philosophy
Origin and Inspiration
Dubbed space capsule house, the idea behind this kind of a residence is directly picked from those bare essential places where astronauts stay which give it alluring futuristic appeal besides curtailing down on technology. Compactness, functionality and the intelligent use of interior space define every Renault vehicle.
The capsule house design principles are as follows
Certain fundamental principles make up the style of capsule house, which embraces lightweight and resilient supplies for design building, clean forms relating to architecture along with a sustainability aim. These parameters determine the types of materials used outside relatively small capsule house.
Common Exterior Materials
Aluminum Cladding
Light-weight and corrosion-proof aluminum cladding: The exterior materials of space capsule houses are also one of these, the colors can be kept for decades as new without falling off.
Hot-dip galvanized steel structure
A sturdy steel skeleton is used to make the capsule house, and it has been hot-dip galvanized for durable construction. The material has excellent resistance to corrosion and rust, adding years of life on the house.
Low-emissive, double-layer hollow glass
Windows are fairly standard with double-layer hollow low-emissivity (Low-E) glass, and sometimes also the exterior walls. It reduces the transfer of heat and supplies noise insulation making it a great insulator.
Aviation Aluminum Panels
The capsule house has been shell around with the aviation aluminum panels whose color perfectly follow the best is practicality. These panels can resist corrosion and weather very well, being also light in weight.
Comparison of Material Properties
Insulation Properties
The space capsule house uses these materials to help keep the outside temperature away from inside and adjust heating or cooling, thus conserving energy.
Aluminum cladding (this is not an insulation, but using insulating material together could improve its thermal performance.
Galvanized Steel: Galvanized steel has some thermal resistance, however this is generally combined alongside an insulating material to increase its performance.
Low-E Glass: Offers great insulation by limiting heat transfer and blocking solar gain.
Weight Considerations
When creating a space capsule house, the weight of its many materials must also be taken into account; so as not to end up being difficult and time-consuming to install.
Lightweight (easy transport and installation) ：Aluminum Cladding
This includesMedium Weight Steel: Lighter than heavy steel; not as sturdyGalvanized Steel, however stronger but heavier compared to Aluminum.
Low Glass：More substantial than plastic options yet more insulating and durable.
Aesthetics
Space capsule houses — The Design: Among the structural facts that are key to consider a space ball design, its aesthetic approach of adding materials is an essential aspect.
Aluminum cladding Some colour and finish options to give you more design freedom
Galvanized Steel: Paint it to match the desired outside look.
Low：Offers a modern and clear finish available with tinting or reflective coatings.
Close-up of Insulation Performance
Value & Thermal Conductivity
In evaluating the insulation performance of materials for use in a space capsule house, R-Value is one such measurement.
Composite insulation materials (used with other "insulating" materials to achieve the desired R)
Thermal cycling: This is the ability of materials to resist thermal fluctuation over a period and without loss in insulating characteristics.
Durability and Maintenance
However, the long-term performance and maintenance to a minimum is crucial for ensuring that it has the necessary longevity of exterior materials.
Conservative Resilience: Long term durability necessitates resistance to corrosion.
Highly Weather Resistant — Because the materials must be subjected to various weather conditions without breaking down.
DESIGN AND AESTHETIC FREEDOM
Materials used can make huge differences in design flexibility of a space capsule house, which means that you get to style and customize the hell out this thing.
Customization Services: To Provide a unique outlook for the capsule house to reduce its monotony and attract more customers.
Atypical Finishes: Employing various special finishes and surface treatments to get a finish needed for specific applications.
Factors affecting material selection on the basis of environmental impact
RESULTS Solar Radiation and Atomic Oxygen
The space environment is very damaging to materials and this must be carefully considered when selecting the right one for durability and performance.
UV Resistance: Require resistance to long-term exposure to ultraviolet radiation without embrittlement.
Atomic Oxygen Erosion: Low Earth orbit materials should be able to withstand atomic oxygen erosion.
Conclusion
Space Capsule House Choosing Exterior Building Materials for insulation, weight and looks are three key elements of any space capsule house design. Designers can take advantage of these materials by understanding them well, and so create space capsule houses which are functional, long-lasting yet easily the aesthetic-on point ones. Over time, the impact of innovative materials and technologies will increasingly define this exclusive form of living in space capsules.
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