Building a Cathedral without Science or Mathematics: The Engineering Method Explained
engineerguy・2 minutes read
Gobekli Tepe reveals ancient advanced engineering methods predating modern science, with T-shaped pillars and precise stone placement indicating intentional design. Medieval Engineers at San Chapelle Cathedral used pointed arches for stability, determining wall thickness based on a rule of thumb dividing the arch span into thirds.
Insights
- Gobekli Tepe's ancient construction techniques, such as precise pillar placement and equilateral triangles, highlight advanced engineering practices predating modern scientific methods.
- Medieval cathedral engineers' use of pointed arches over semi-circular arches, along with the rule of thumb for wall thickness, showcases a historical reliance on practical experience and resource optimization rather than scientific analysis in engineering practices.
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Recent questions
What is Gobekli Tepe?
Ancient ruin in Turkey showcasing advanced engineering.
What are the features of Gobekli Tepe?
Stone structures with T-shaped pillars and animal motifs.
What engineering methods were used at Gobekli Tepe?
Advanced techniques with intentional design and precision.
What is the significance of arches in medieval engineering?
Pointed arches for stability and cost-effectiveness.
What is the rule of thumb in engineering?
Practical problem-solving based on experience and resources.
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Summary
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Ancient Engineering Methods: Practical vs Scientific Approach
- Gobekli Tepe, an ancient ruin in Turkey, built 12,000 years ago, showcases advanced engineering methods predating science.
- The stone structures at Gobekli Tepe, covering nine hectares, feature intricately carved T-shaped pillars with animal motifs and precise placement.
- Circular rooms at Gobekli Tepe contain central pillars forming equilateral triangles with remarkable precision, indicating intentional design.
- Medieval Engineers constructing San Chapelle Cathedral utilized pointed arches over Roman semi-circular arches for stability and cost-effectiveness.
- The thickness of walls supporting arches in cathedrals was determined using a rule of thumb, dividing the arch span into thirds for optimal stability.
- The rule of thumb in engineering, like sizing arch support walls, stems from centuries of experience and practical application, not scientific analysis.
- The engineering method relies on rules of thumb for problem-solving based on available resources and practical experience, contrasting with the scientific method.
