User Settings
Open AccessArticle

Transformational part-count in layered octahedral-tetrahedral truss configurations

Haresh Lalvani-1990-08-01-NASA STI Repository (National Aeronautics and Space Administration)

TL;DRAbstract

The number of component part (nodes, struts and panels) termed part count, is an important factor in the design, manufacture, and assembly of modular space structures. Part count expressions are presented for a variety of profiles derived from the layered octahedral-tetrahedral truss configuration. Referred to as the tetrahedral truss in the NASA projects, this specific geometry has been used in several missions. The general expressions presented here transforms to others as one profile changes to another. Such transformational part count relations provide a measure of flexibility and generality, and may be useful when dealing with a wider range of geometric configurations.

Chat with Paper

AI Agents for this Paper

The number of component part (nodes, struts and panels) termed part count, is an important factor in the design, manufacture, and assembly of modular space structures. Part count expressions are presented for a variety of profiles derived from the layered octahedral-tetrahedral truss configuration. Referred to as the tetrahedral truss in the NASA projects, this specific geometry has been used in several missions. The general expressions presented here transforms to others as one profile changes to another. Such transformational part count relations provide a measure of flexibility and generality, and may be useful when dealing with a wider range of geometric configurations.

Keywords

TetrahedronTrussOctahedronFlexibility (engineering)GeneralityModular designMeasure (data warehouse)Geometry

Chat

Click to start Chat