February 19, 2024
Dear Readers and Viewers,
Shelter is one of the three basic and essential requirements of every human being out of the three: food, shelter, and cloth. In the ancient days, humans lived together as a group over the trees, into the thick bushes in the forest, and into the deep natural caves in the hills, mainly in order to protect them from the attack of beast animals and then climatic conditions. Later on, the residences are gradually developed to protect them from excess heat, cold, wind, rain, and insects and to secure the essential commodities related to food, cloth, and valuable assets like gold, silver, etcetera. In the older days, the people lived as a family with their children in the houses, which were constructed with rooms and storage facilities made of rock, wood, sand, and clay.
Subsequent to the discovery of cement, ferrous, non-ferrous, and alloy materials, as well as the encouragement of civil engineering research, there has been a notable advancement in the construction of buildings and residences. The model, materials used for the construction, and method of construction of the shelter would not be unique and would vary with regions related to climates, lifestyles, and purposes.
At present, the residences in the heat regions are constructed with a combination of cement, blue metal, bricks, and steel and fitted with air conditioning machines to provide a comfortable atmosphere for the inhabitants. Similarly, the residences in the cold regions are constructed with a combination of wood, play wood, etcetera, and fitted with heaters. These days, multi-story buildings with a variety of amenities, including lifts, contemporary kitchens, centralized air conditioning, shared gas, water, and drainage supply lines, parking spaces for road-going vehicles, helipads, gardens, pools, etc., are being used to construct residences in urban areas.
However, despite the significant growth in the construction of residences, there are many issues directly and indirectly affecting the inhabitants of the residences, including:
1) The inhabitants of all residences were endangered and badly affected by the changing climate brought on by various pollutants from the land, water, and sky, the heat from radiation in the summer, the extreme cold in the winter, the rising temperature in other seasons than usual, and the air quality. This is true since the number of air conditioners and electrical heaters installed is increasing. As a result, the production of electricity, the sources needed to produce it, and the pollution released during conversion are all rising at the same time;
2) The efficiency of breathing among the inhabitants, particularly the elderly and infants, in the multi-story buildings and the rooms with a lower ceiling height were found to be comparably reduced due to the height of the buildings, the volume of the living rooms, and insufficient air ventilation. As a result, the resistivity to the lungs of the said inhabitants was reduced, and hence, the patients in the clinic of pulmonology increased;
3) The overall tolerance related to brain activities was reduced due to the side effects of different noises generated inside (noises from mixtures, grinders, washing machines, audio and video devices, etcetera) and outside (noises from industries, vehicles, etcetera) reflecting in the rooms of the current residences. As a result, a number of people are affected by migraine headaches, short temperaments, and hearing problems;
4) It is noted that the vibration developed during the process of impact piling by a diesel hammer near the residences, affecting the residences even though they were constructed with concrete beams and pillars properly. As a result, cracks developed in the walls of concrete residences during the construction of bridges;
5) It is noted that the individual villas or residences on the road sides are immersed below the road level since the height of the road gradually increases each time new roads are laid. As a result, a number of houses on the roadside at many places were found immersed in the ground, and all had to be demolished. The situation has been developed for new construction.
Considering the afore-mentioned crucial issues, in order to eliminate all five issues, I have developed an innovative technology to achieve the goal through different studies carried out over the past 30 years. I am happy to discuss and am ready to transfer the improved strategies, complete design, and technology of the construction of residences to the organizations that are ready to give the right benefit through a formal deal.
SUMMARY:
The main features of this technology include these types of residences: 1) adjust the temperature up to seven degrees Celsius compared with the outside temperature both in the summer and winter; 2) provide good air pass ventilation; 3) observe more than 50% of the noise developed inside the home and reflect 75% of the noise developed from the outside of the homes; 4) resist two times more shock developed by the impact hammer in a 20-meter radius; and 5) can be elevated up to 100 cm from the road level whenever needed.
This type of residences, if introduced as per the innovative strategy, will play a significant role in construction in the future.
