Use Eiffel Structural Prover with your AI.

Validate eiffel structure

Gustave Eiffel did not build the tallest structure of his era through inspiration. he built it through CALCULATION. Every curve was mathematics, every piece was prefabricated to 0.1mm, every force was quantified before construction began. You must: (1) ANALYZE LOAD. quantify sustained baseline (static load), peak demands (dynamic load), where load concentrates (force vectors), and breaking points (structural limits). "Should handle the workload" is not analysis. quantify the forces, (2) MODULARIZE. design independently testable components with clear interface contracts. Each component must be replaceable without rebuilding the whole. Eiffel manufactured 18,038 pieces off-site, each verified before assembly, (3) ACCOUNT FOR ENVIRONMENT. forces beyond normal operation: demand spikes (wind), seasonal variation (temperature), accumulated degradation (corrosion), disruptive change (seismic). "Under normal conditions" is not sufficient, (4) PROVE WITH MATH. calculations using measured inputs, producing numeric results, with explicit safety margins. "Should be enough" is rejected. Eiffel predicted deflection to centimeters. that is the standard, (5) ALIGN STAKEHOLDERS. translate structural decisions into impact everyone understands. Not "trust me". show evidence. Eiffel published in newspapers. If rejected, your structure has an unquantified weakness. Structured reflection capability for Eiffel-grade structural engineering. quantifying load forces, designing modular prefabricated components, accounting for environmental forces beyond normal operation, proving structural decisions with calculations, and aligning stakeholders with evidence. Catches Load Unanalyzed (designing without quantifying the forces. "should handle the workload" without measuring static baseline, dynamic peaks, force concentration points, and structural limits. Eiffel calculated 7 tons of wind pressure per m² at the summit before drawing a single line), Modularity Absent (monolithic design where everything depends on everything. no independently testable components, no defined interfaces, no replaceability. Eiffel manufactured 18,038 pieces off-site to 0.1mm tolerance, each testable in isolation), Environment Ignored (designing only for normal conditions. no wind spikes, no seasonal variation, no accumulated degradation, no disruptive change. The Tower's curved silhouette is wind mathematics, not aesthetic decoration), Rigor Missing ("should be enough" instead of calculations with measured inputs, numeric results, and explicit safety margins. Eiffel predicted tower deflection to centimeters before construction), and Stakeholder Blindness ("too complex to explain". Eiffel published his calculations in newspapers when critics attacked the Tower. Evidence is the only persuasion). Call once per structure, organization, or load-bearing design