Actually, the aseismatic ability of the building is very complex, involve a lot of elements, the query of this problem is so not accurate also, I reply simply.
Our country region is vast, economy grows disequilibrium, each district building creates a style each different, the demand of antagonism shake fortify also has very big difference.
What use generally in vast a rural area is bricky structure, not be pure use a brick only, a bit more rigorous should call a brick to mix a structure, the building of this structure suffers force to basically depend on a wall, post is tectonic column more, get power scarcely, cost small time limit for a project is short, defect cannot build tower namely, aseismatic grade on the low side. Actual in, the bricky structure building of much shake area also began to add the design such as girth of reinforcing steel bar, aseismatic ability soars.
Concrete structure gives priority to the structure that makes with concrete namely, with the ferroconcrete most general. Should match in concrete with right amount reinforcing steel bar, lean both the felt force between makes an organic whole, after getting carry on one's shoulder, coordinate be out of shape, aseismatic performance is consequently good, this gets applied extensively in building structural etc civil engineering.
Steel structure is the structure that forms by steeliness material, it is one of main building construction types, some closer year of extraordinary popularity. The structure basically is mixed by profiled bar the composition such as armor plate, make an organic whole through soldering, because its are self-prossessed lighter, and construction is handy, apply extensively at the domain such as layer of large workshop, place, freeboard. Time limit for a project is short, aseismatic capability is strong it is its marked characteristic.
Now, the aseismatic ability of 3 kinds of structures in the problem also was clear about quite, but actual in still want adjust measures to local conditions, choose appropriate building construction to design according to project demand and economic benefits.
