earthquake-resistant building guideline(for load bearing system)

Earthquakes can cause devastating damage to buildings and infrastructure, leading to loss of life and economic impact. However, by designing and constructing earthquake-resistant buildings, we can mitigate the risk and minimize the damage caused by earthquakes.

In this video, we will explore the principles and techniques used in earthquake-resistant building design. We will explain the importance of understanding the seismicity of an area and how this knowledge informs the building codes and regulations. We will also cover the key features of an earthquake-resistant building, such as the use of reinforced concrete, steel frames, and base isolation systems.
note: This guideline is only applicable for low strength masonry building(load bearing). This standard shall not exceed two stories in height with an additional attic floor.
other videos:
Sun shading devices
Cool roof
Inverted mud roof
solar chimney
heat storage wall
Earth air tunnel

[tealkerberus]

Also, references? Is this taken from textbooks on engineering, based on experimental data and peer reviewed, or is it just made up out of thin air?

[tealkerberus]

Can we have this again without the high-pitched pings, please? This information looks important, but listening to those pings is going to leave me useless for the rest of the day.