There are many structural measures that can be taken in construction to make buildings resistant to earthquakes. Some of the most common measures include:

* **Reinforcing the structure with steel.** Steel is a strong and flexible material that can help a building withstand the shaking forces of an earthquake. Steel can be used to reinforce concrete, masonry, and wood structures.
* **Using shear walls.** Shear walls are vertical walls that help to resist the horizontal forces of an earthquake. They are typically made of concrete or masonry and are often reinforced with steel.
* **Using moment-resisting frames.** Moment-resisting frames are a type of structural system that uses beams and columns to resist the forces of an earthquake. The beams and columns are connected in such a way that they can bend and flex without collapsing.
* **Using base isolation.** Base isolation is a technique that uses flexible pads to separate a building from its foundation. This allows the building to move independently of the ground during an earthquake, reducing the amount of shaking that the building experiences.
* **Using ductile materials.** Ductile materials are materials that can deform without breaking. Concrete and steel are both ductile materials that can be used to make earthquake-resistant buildings.
* **Designing for redundancy.** Redundancy is the use of multiple structural elements to support a load. This helps to ensure that the building will not collapse if one element fails.
* **Using seismic codes.** Seismic codes are regulations that specify the design and construction requirements for earthquake-resistant buildings. These codes are developed by earthquake engineers and are based on the seismic hazard of the region where the building is located.

In addition to these structural measures, there are other things that can be done to make buildings more resistant to earthquakes, such as:

* **Selecting a good building site.** The building site should be located on firm ground that is not prone to landslides or liquefaction.
* **Using quality construction materials and workmanship.** All materials and workmanship should meet the requirements of the seismic codes.
* **Regularly inspecting and maintaining the building.** This will help to identify and correct any potential problems before they cause a failure during an earthquake.

By taking these measures, it is possible to make buildings more resistant to earthquakes and reduce the risk of damage and injury.
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