In the 20th century, the development of concrete technology in materials, structural systems and construction techniques caused the construction of high-rise concrete structures, such as Petronas in Kuala Lumpur with a height of 452 m and 85 floors, the Jin Mao Tower Shanghai, with a height of 421 meters and 88 floors, and Burj Khalifa in Dubai, with a height of 828 meters and 162 floors. In this paper, the experience of structural design of high-rise reinforced concrete buildings, which has been obtained by various design teams, is expressed, and the static and dynamic characteristics of some of the largest high-rise buildings have been investigated. Finally, the relationship between the volume of reinforced concrete and the height of high concrete reinforced concrete buildings has been studied and a suitable formula for estimating the concrete volume required for high concrete reinforced concrete structures is proposed based on the number of floors. Also, according to the studied buildings, recommendations for designing high-rise structures of the future are proposed.