Many of the effects of earthquake loads are proportional to the total mass of the structure. Composites having the specific strength (1…3)*10-6m2/s2, a decimal order higher than conventional materials, are ideal candidates from this point of view. The specific stiffness (20…300)* 10-6m2/s2 of composites is much higher than conventional materials and as a result, their vibrational performance is better. Finally, energy absorption and energy dissipation is the key characteristic of any structure in dynamic loading. Composite structures absorb and dissipate more energy per unit of mass than conventional materials. This paper provides analysis and data that demonstrates the magnitude and advantage of composites over conventional materials.

14-03: Composite Materials Selection for Structures in Seismac Regions

$12.00Price
  • Andrew Green with Andrew Beyle, Lamar University, college of Engineering

View Our Committment to Privacy.

Contact

[email protected]

281.583.4087

Cooling Technology Institute
P.O. Box 681807
Houston, Texas 77268

Cooling Technology Institute
3845 Cypress Creek Parkway
Suite #420
Houston, Texas 77068