مدونة

Living in low-rise buildings has many advantages. Factors such as increased natural light and ventilation, less noise and crowds, energy savings, accessibility for people with disabilities, large living spaces, and earthquake safety are just a few of the reasons why low-rise buildings are preferred.

NATURAL LIGHT AND VENTILATION

Low-rise buildings allow natural light and air to enter better, unlike vertical buildings. This supports a healthier and more energetic life. Those living in low-rise buildings can benefit more from sunlight and achieve better indoor quality.

LESS NOISE AND CROWD

Low-rise buildings provide less noise and spaciousness, unlike high-rise buildings. This means a quieter and more peaceful living space. Those living in low-rise areas can relax in a comfortable environment and get away from stress factors.

LESS ENERGY CONSUMPTION

Low-rise buildings consume less energy compared to high-rise buildings. Well-insulated structures and the use of natural lighting help save energy. Those living in low-rise buildings can reduce their energy costs and lead an environmentally friendly life

DISABLED FRIENDLY

Low-rise buildings are more accessible and usable for people with disabilities. Features such as disabled ramps, wide corridors, and elevators allow disabled people to move around easily. In this way, an equal living space is provided for all members of the society

LARGER LIVING SPACES

Low-rise buildings usually have larger living spaces. This provides a more spacious and comfortable life. Those living in low-rise areas can have larger rooms and open spaces such as gardens, and can lead a pleasant life with their families.

EARTHQUAKE SAFETY

The earthquake safety of low-rise buildings depends on many factors such as the ground on which the buildings are built, building materials, design, and construction methods. However, in general, low-rise buildings are considered to have high seismic safety. The reasons for this are:

Less weight: Low-rise buildings weigh less than high-rise buildings. This makes them more resistant to displacements that may occur during an earthquake. The low weight reduces the building's interaction with the ground and helps reduce damage by dissipating the forces applied to the structure during an earthquake. 

Less vibration: Low-rise buildings vibrate less than high-rise buildings. This ensures that the building is shaken less during an earthquake and that the vibrations cause less damage to the building. Less vibration helps maintain structural integrity and prevent damage. 

Less damage: Low-rise buildings tend to suffer less damage during an earthquake. This allows the building to be repaired and reused more quickly after the earthquake. Due to the lower load carrying capacity of low-rise buildings, damage can often be more limited under the influence of earthquakes. 

However, these comparisons do not mean that low-rise buildings are completely earthquake-proof. It is of great importance that low-rise buildings are constructed with the right design and construction methods, especially in areas with earthquake risk. Factors such as building ground survey, use of solid building materials, correct building design and construction quality are important for earthquake safety. 

It is also of great importance to exhibit safe behaviors during an earthquake and to be prepared for the post-earthquake response and recovery process. It is important to obtain information from experts and official institutions on earthquake safety in terms of ensuring safety. 

As a result, earthquake safety of low-rise buildings can be increased with correct design, construction and preparedness measures. Low-rise horizontal architecture is considered an attractive living space option for many people. However, in any case, it is of great importance to be careful against the earthquake risk and to take the necessary precautions.