Bendable concrete, self repair cement, carbon fiber
Earthquake resistant refers to the ability of a structure or building to withstand the shaking and ground movement caused by an earthquake without collapsing or sustaining significant damage. This involves designing and constructing buildings with materials and techniques that can absorb and dissipate seismic energy to minimize the impact of an earthquake.
Building can be made more earthquake resistant through techniques such as using flexible building materials, reinforcing structures with steel beams, installing base isolators to absorb seismic waves, and ensuring proper foundation design. Additionally, following building codes and regulations specific to earthquake-prone areas can help mitigate damage from seismic activity.
This would depend on what size, type of building you are going to build. If it was a house I would build a timber one because it would flex in an earthquake
Stones for support, hollow cement bricks, reinforced steel frame
Minoru Wakabayashi has written: 'Design of earthquake-resistant buildings' -- subject(s): Earthquake resistant design
Retrofitting is the process of making older structures more earthquake resistant.
Hiroshi Akiyama has written: 'Earthquake-resistant limit-state design for buildings' -- subject(s): Buildings, Earthquake effects, Earthquake resistant design
You can know if your building is earthquake-resistant by checking if it was constructed following seismic building codes, using flexible materials, and having proper structural reinforcements like shear walls and braces. An evaluation by a structural engineer can also determine the building's earthquake resistance through a seismic assessment. Regular maintenance and retrofitting can help improve a building's earthquake resilience over time.
never you never can !#@#$&^%(
Granite
The shorter the outcrop, or the lowest it is towards the bottom, the less resistant it is.
The person who invented earthquake proof buildings was called Proffessor Boermel