W A R N I N G ! ! !
ALL PHOTOS/INFORMATIONS PRINTED HEREIN and IN PHOTO GALLERY ARE PATENT PENDING AND ARE PROTECTED BY PATENT LAWS OF CANADA, U.S.A. AND INTERNATIONAL PATENT LAWS.
Introduction:
Aerodynamics, is a branch of physics which deals with the study of gases in motion. As the principal application of aerodynamics, is the design of aircraft in the science of flight, air is the gas with which the science is most concerned. Although aerodynamics is primarily concerned with flight, its principles are also applied in designing automobile and train bodies for minimum drag and calculating wind stresses on bridges, buildings, smokestacks and other high-vertical structures. Air resistance is referred to as an aerodynamic drag. If a moving object is aerodynamically constructed or streamlined, the wind flows around it smoothly and causes less drag, therefore needing less energy to resist wind forces. Also, with aerodynamic design it can create a lifting effect as in aircraft's wings. Such a design is considered to be aerodynamically efficient. When an object produces poor airflow, it creates drag so that more energy is required to resist it hence, construction has to be made stronger and more rigid. Such as the construction and design of Aero Sign(TM) and AeroFlag(TM), it is aerodynamically efficient that you need less energy to counter strong winds around it. In fact, it is wind-friendly that tends to like the winds blowing through it. The stronger the winds the better.
Vision and Mission Statement:
"Aerodynamics will determine the Shapes of the Future"
"Shapes of outdoor objects with Aerodynamics design lasts longer than without it."
Shapes that can transform wind forces into practical use in any outdoor objects; i.e., advertising signs, flags, banners, traffic lights, buildings, automobiles, antennae and other infrastructures. Shapes that literally, adapts itself with the forces of Nature without exerting any effort or countering it. Human technology has not invented yet, of countering the forces or fury of Nature that it is best to adapt and utilize it for human advantage. Aerodynamics design and construction allows wind movement around the object not against it. It takes less effort to allow winds through it than repealing it.
Video File:
Please click the link below to view the AeroSign video:
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