In Design and General Details of Two Hinged Steel Arch Span 207'-O" C to C of End Pins: A Thesis, the author analyzes how a two-hinged steel arch behaves under various loads.
The work covers load distribution, equilibrium, bending moments, and the role of the parabola in the arch’s center line. It also explains how to compute stresses and thrusts to keep the arch in balance.
Practical methods are shown for evaluating panel points, temperature effects, and the resulting reactions at supports. The study connects theoretical formulas to real‑world design questions, including how to estimate shear, direct thrust, and bending moments throughout the arch ring. The content is geared toward readers who want concrete, calculable guidance on arch behavior under horizontal and temperature loads.
- How loads influence bending moments and thrust in a hinged arch
- Use of the equilibrium polygon and parabola to assess stresses
- Temperature effects and the resulting horizontal thrust and moments
- Stepwise calculation of shear, moments, and flange stresses at panel points
Ideal for readers seeking practical, mechanics-based insight into arch design and stress analysis.