method
active
method:finite-element-analysis-for-wood-trussesFinite Element Analysis for Wood Trusses
Used by Alexander at Eishin to design complex wooden trusses with curved and stepped members by studying geometric distortion under load.
Neighborhood — ranked by edge-count
Concepts (1)
concept
- Living centersimplementsCoherent spatial wholes that emerge from living processes; they are the building blocks of environments that foster belonging
Events (1)
event
- A major project in which Alexander developed new wooden truss designs using finite element analysis and hollow plywood monocoque structures.
Related by similarity (8)
cosine ≥ 0.65 · no typed edgeEntities in the same semantic neighborhood but without a typed relation to this one — candidates for new edges or unrecognized duplicates.
- Engineering simulation used from the earliest stage to develop the syncopated structural grid for large buildings.
- Finite element analysis of first curved truss showed huge shears at base and excessive moments in curvesfinding0.754First step of finite element analysis on a curved tracery truss revealed bad structural behavior.
- Key empirical result showing that aesthetic/structural intuition guided by living-center logic produces mechanically efficient designs.
- Considering realistic rebar stiffness uncovered a novel tension network behavior.
- Method used by Alexander personally for three whole nights to analyze the tracery truss of the Julian Street Inn dining hall.
- Engineering validation of the innovative bridge design; the structure performed well in simulations despite its unconventional appearance.
- Direct connection between aesthetic quality and engineering performance.
- A hybrid system combining interior wood post-and-beam for vertical forces with exterior thin concrete shell for horizontal and shear forces.