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Material Logic
How clay, wood, fiber, and metal respond to heat, humidity, load, and corrosion across Mediterranean environments.
Why Thin Objects Fail Faster
How reduced thickness increases stress concentration, accelerates degradation, and shortens lifespan under Mediterranean environmental conditions.
Metal Corrosion and Surface Treatment
How oxidation, salt exposure, and protective finishes determine metal durability in Mediterranean environments.
Fiber Limits and Basket Geometry
How bending thresholds, weave density, and load distribution determine durable basket geometry across Mediterranean environments.
Olive Wood Movement and Thickness Decisions
How humidity variation, grain direction, and thickness decisions determine stability and durability in olive wood objects.
Why Clay Persists Under Mediterranean Conditions
How mineral stability, thermal mass, and repairability allow fired clay to endure heat, humidity shifts, and abrasion across Mediterranean environments.
Environmental Constraints
How recurring heat, glare, airflow, water variability, dust, and wind shape durable object forms across Mediterranean environments.
Dust, Wind, and Tolerant Finishes
How recurring dust and wind exposure select for abrasion-tolerant, matte, and renewable finishes across Mediterranean environments and useful objects.
Water Scarcity and Surface Durability
How recurring water scarcity selects for durable, repairable, and low-maintenance surfaces across Mediterranean environments and useful objects.
Heat Load and Thick Forms
How high heat load selects for thick forms—thermal mass, delayed heat transfer, and stable interior conditions—across Mediterranean buildings and useful objects.
Ventilation Geometry and Openings
How airflow patterns and opening geometry reduce heat buildup and improve usability in high-heat Mediterranean environments.
Glare and Pale Mineral Surfaces
A structural explanation of how intense light selects for pale mineral surfaces across Mediterranean environments.
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