Thin, strong domes rely on direct compression and careful geometry to stay stable.
This book explains how spherical and conical domes behave under weight, wind, and temperature, with practical methods you can use in design.
Written for engineers and builders, it combines theory with worked examples and graphical methods to show how to estimate stresses, choose reinforcement, and ensure safety in concrete domes and shell structures.
- How dome shapes and symmetry create stable, load‑bearing shells through horizontal hoop forces and vertical meridional thrusts.
- How to account for dead load, finishing weight, wind, and temperature in design calculations.
- Ways to determine required reinforcement and how to apply banding and ring support at the base.
- Graphical and analytical methods to estimate compressions and tensions at any height on a dome.
Ideal for readers seeking a solid, engineering‑oriented foundation in dome design and reinforced concrete shells.