Architectural innovations
Innovations in frame design for any form of construction are revolutionizing many industries. In particular, space frame technology is a versatile technique that lends itself to nearly any engineering task. By changing many aspects of product design as well as the construction process, an entirely new approach to manufacture and application is opening doors in almost every field.
Design
Space frame technology is based on interlocking and repeating patterns to create combined strength from the natural support of smaller, simple structures. Many designs use a multitude of triangular constructs to create a larger item that holds together without the need for additional structural elements. Other patterns involve tetrahedrons or additional geometric shapes, also placed in a repetitive formation to reinforce an overall structure.
History
The development of space frame technology is based on multiple independent efforts by a variety of inventors working in diverse fields. The first known attempt to construct a space frame was by Alexander Graham Bell, who applied the idea to flight engineering. Decades later, architects would create the geodesic dome, the first widespread applied space frame design. Uses for space frame technology have rapidly accelerated in the time since.
Construction
According to the U.S. Department of Energy, a major benefit of space frame technology is the significant reduction in parts necessary to construct an item. This also leads to a much lower weight of the final product. The process of building is simplified and many tools are no longer necessary when a space frame design is implemented. This further reduces costs and completion time and involves less labor. Yet, the results are often superior to a more traditional design.
Scale
The increased strength-to-weight ratio of space frame technology yields products that are not otherwise possible using older design processes. The famous Navy Pier in Chicago utilized a space frame roof to reduce the need for additional forms of support. The design allowed the roof to span further with its own intrinsic skeleton, eliminating awkward columnar supports to open up space.
Vehicles
The future of car design may exploit space frames to benefit cost and performance. Ferrari and Alcoa have joined efforts in this pursuit to lead the development of aluminum space frames for future generations. Already, models for the Modena car, the 612 Scaglietti and the F430 demonstrate the realization of space frame technology in the automobile.
Tags: space frame, frame technology, space frame technology, frame design, space frame, frame technology, frame technology based
