Design of a Concrete Elevator: A Thesis (Classic Reprint)

Modern grain elevators built to be safer, stronger, and more cost-efficient.

This work explains how concrete became the preferred material for fireproof, high-strength grain storage, and why careful design matters for performance and maintenance.

The book traces the shift from older wooden and steel structures to purpose-built concrete systems. It covers how engineers calculate grain pressures, plan the layout of receiving and shipping lines, and optimize components like working houses, car pits, bins, and legs. You’ll see why a separate working house can save space and cost, and how concrete’s heat resistance and durability help keep grain safe in a fire and over time. The text also discusses examples of design mistakes and the lessons they offer, along with a practical look at the factors that drive material choice and overall elevator economics.

• How grain moves through a transfer house, from boats or railcars to bins and scales.
• Key components such as marine towers, elevator legs, garner bins, and shipping spouts.
• Why concrete can outshine steel, tile, and brick for fire resistance, strength, and maintenance.
• Common design pitfalls and the importance of sound engineering in successful elevators.

Ideal for readers interested in engineering history, construction, and the design of industrial storage facilities.