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The aviation industry and related technological fields are developing rapidly. Specialized structures such as hangar-type halls are playing an increasingly important role. These multifunctional, spacious buildings are a key element of aviation infrastructure, enabling not only storage but also the maintenance and servicing of aircraft and other aerial vessels. In response to growing demand, the design and construction of hangar-type halls have become a field that combines advanced engineering with precise customization to meet specific user needs.
Hangar-type halls, used in the aviation industry for the storage and servicing of aircraft and other aerial vessels, can take various forms and constructions. Here are several main types of hangar-type halls:
These halls can have different types of cladding:
The mounting systems must also be considered. They may include vertically or horizontally installed plates, with hidden or visible connectors, depending on the structural and aesthetic requirements.
Each of these types of halls can be customized to specific user requirements, both in terms of size and additional equipment. Depending on the location, building regulations, and individual needs, different constructions may be preferred.
Designing steel hangar-type halls is a process that involves considering various significant factors. These hangars are constructed by KOBEX Design Office on an individual basis, and their design must take into account diverse aspects to ensure optimal conditions for storing and maintaining aircraft.
One of the most critical factors to consider when designing hangar-type halls is ensuring an adequate level of safety and security. These hangars are used for storing and maintaining aircraft and other machinery, so they must be designed to protect these vehicles from external factors such as precipitation, solar radiation, and wind. The choice of suitable structural materials that provide durability and resistance to damage is also an important aspect of safety. Steel is a popular material for building hangar halls due to its strength and durability.
Steel hangar-type halls must be spacious enough to accommodate aircraft or other machinery. The size of the hangar depends on the type and number of vehicles to be stored in it. When storing larger aircraft such as jets or airplanes, it is necessary to ensure adequate width and length for the hangar. Hangar dimensions should also consider additional elements such as gates and lighting. The gate must be wide enough to allow vehicles to enter and exit smoothly, while the lighting should be tailored to maintenance and repair needs.
Hangar-type steel halls must be durable and stable to provide safe storage for aircraft and other machinery. The construction must withstand wind loads and other atmospheric factors such as rain and snow. Another important aspect is the structural resistance to mechanical stresses that may occur due to vibrations and vehicle movements. Therefore, the designs of hangar halls should be properly engineered and constructed to ensure stability and safety.
Ventilation and air conditioning systems are essential components of steel hangar-type halls. Storing aircraft and other vehicles requires proper ventilation to ensure air circulation and prevent moisture condensation. Excessive humidity can lead to corrosion and damage to vehicles. Additionally, when storing aircraft that require specific temperatures, air conditioning systems are necessary to maintain suitable thermal conditions inside the hangar.
Steel hangar-type halls should have adequate acoustic insulation to reduce noise generated by aircraft engines and other onboard equipment. Acoustic insulation can involve the use of sound-absorbing materials and the design of structures that minimize sound transmission outside the hangar.
Lighting is a crucial element in steel hangar-type halls, especially during maintenance and repair work. Hangars should be adequately illuminated to enable workers to perform tasks safely and efficiently. Depending on the requirements, various types of lighting can be used in hangars, such as ridge, caterpillar, or flat lighting. Additionally, wall windows and roof skylights may also be employed to increase natural lighting inside the hangar.
Steel hangar-type halls have a wide range of applications in the aviation industry. They are used for the storage, maintenance, and repair of aircraft and other machinery. Hangar-type halls are essential for airlines and companies servicing aircraft. In addition to their use in the aviation industry, hangar-type halls can also be utilized in other fields such as industry, logistics, or agriculture. They can serve as warehouses, production halls, logistics facilities, agricultural buildings, or commercial properties.
The cost of constructing a steel hangar-type hall depends on various factors, including the hall’s size, selected materials, location, project complexity, as well as the required features and specifications. Contact KOBEX Design Office to inquire about the cost of your specific project!
Designing steel hangar-type halls is a process that requires consideration of many important factors. Safety, space, durability, ventilation, acoustic insulation, lighting, material selection, and functionality are key elements that need to be taken into account during the design of hangar-type halls.
Steel hangar-type halls are essential for the storage, maintenance, and repair of aircraft and other flying objects. They have a broad range of applications in the aviation industry as well as in other fields such as industry, logistics, or agriculture.
Designing steel hangar-type halls requires a professional approach and consideration of the individual needs of the client. KOBEX Design Office is an experienced partner that provides comprehensive solutions in the design and construction of steel hangar-type halls. Trust the expertise of our specialists and get in touch with us!