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Roman hydraulic engineering research

Overview

Recent research has provided new technical insights into the precision and complexity of ancient Roman hydraulic engineering.

A geomatic study of the Aqua Claudia and Anio Novus aqueducts south of Rome utilized high-precision tools to reveal remarkably shallow gradients. The findings show the Aqua Claudia had a descent of 1.63 per mil, while the Anio Novus measured 1.31 per mil, demonstrating the ability of engineers to maintain consistent flow across varying topography.

Complementary studies using computer modeling have reconstructed how engineers managed difficult terrain through inverted siphon systems. In the ancient city of Aspendos, modern-day Turkey, researchers identified a second-century system that used pressure generated by water descending into a valley to push it back up the opposite side. This process required sophisticated management of pressure and the use of large reservoirs to prevent air pockets and ensure continuous flow.

Entities

Aqua Claudia · Sapienza University of Rome · University of Salerno · Radboud University · Anio Novus

Timeline

  1. [CULTURE] 2 sources
    Roman engineers used inverted siphons to move water uphill

    Researchers have used simulations to explain how Roman engineers used inverted siphons and hydraulic towers to move water uphill in Aspendos, Turkey.

  2. [CULTURE] 2 sources
    Roman aqueducts show extreme hydraulic precision in new study

    A geomatic survey of the Aqua Claudia and Anio Novus aqueducts reveals the extreme precision of Roman hydraulic engineering, showing gradients as shallow as 1.31 to 1.63 per mil.

Sources

kurir.rs · mayacomunicacion.com.mx · muynegociosyeconomia.es · vojvodjanskireporter.rs