earthquake-proof-design

Vocabulary Word

Definition

'Earthquake-proof-design' is a method used in construction to make structures that can resist earthquakes without collapsing. Think of it as building strong structures, like building a brick wall instead of a sand castle against waves.

Examples in Different Contexts

In structural engineering, 'earthquake-proof design' refers to constructing buildings and infrastructure that can withstand seismic activity. A structural engineer might say, 'Incorporating earthquake-proof design principles, such as base isolation and energy dissipation devices, significantly increases a structure's resilience to earthquakes.'

Practice Scenarios

Academics

Scenario:

The research for advanced materials to deal with seismic forces is essential in building a safer future. The incorporation of such materials into standard construction could be revolutionary.

Response:

Truly, my current research is focused on developing earthquake-proof designs through the use of advanced shock-absorbing materials.

Urban-Planning

Scenario:

The city needs to revise its construction guidelines, considering the seismic risk in this region. We certainly need a robust action plan.

Response:

Sure, a new construction policy with stringent earthquake-proof design rules should be considered.