A geodesic dome ('dome home') is a type of house that is made of many triangles to create a spherical structure that is stronger and more energy efficient than a conventional home.
What makes domes so strong?
Domes are strong because they are made of triangles (pentagons and hexagons) with fixed angles that don't distort easily. Unlike conventional homes, the triangle is the only structural figure that is stable within itself without requiring additional support.
This means when any force is applied that force is distributed evenly across the surface. This natural distribution of force is what makes a dome able to withstand high winds from a hurricane or the weight of heavy snowfall.
This means when any force is applied that force is distributed evenly across the surface. This natural distribution of force is what makes a dome able to withstand high winds from a hurricane or the weight of heavy snowfall.
How can domes save homeowners money?
Because a dome is better able to withstand severe natural disasters versus a conventional home, homeowners typically spend less money on repairs. Geodesic domes also require less material, time, and labor to construct. All of this saves homeowners money due to fewer repairs, lower construction costs, and lower monthly energy bills.
Who invented geodesic domes?
While the original geodesic dome shape was invented by German engineer Walther Bauserfeld; American architect, designer, and polymath Buckminster Fuller is credited with its popularity.