Structural Design

Stainless steels’ unique characteristics make them well suited to structural architectural applications.  The worldwide portfolio of structural stainless steel projects is growing steadily, and many engineering and architectural design challenges have been overcome. To facilitate the use of stainless steel in structural design, the stainless steel community has assembled all resources available from around the world in this online information center: 

Designers can find information on specifications, codes and standards, design, fabrication and installation, case studies and research.

Stainless steel is being used to tie masonry and stone assemblies together and connect elaborate glass structures. Spectacular new designs are highlighting structural detail as part of the architectural form. Stainless steel is an increasingly popular choice for demanding conditions that could reduce other materials to dust.  If an appropriate stainless steel is selected for the application, it can withstand the ravages of pollution, salt, wind, and water and provide hundreds of years of service. It resists corrosion.  It is strong, and it is durable.

This article reviews the basic properties of stainless steels used in structures and compares stainless to carbon steels. It includes a variety of project case studies that illustrate a wide range of design possibilities.  Large or small, these projects address aesthetic and structural challenges while providing long service life and a pleasing appearance.

Stainless Steel Inspires Design Metamorphosis

Additional Literature

(IMOA)

(ASSDA)

(EuroInox)

(Nickel Institute)