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- Data and Report from S&T Project Number 1885: Collaborative Studies of Hydraulic Concrete Surfaces to Reduce Concrete Damage for Water Resource Structures
- S&T Project Number 1885 Final Report: Collaborative Studies to Reduce Flow Induced Damage on Concrete Hydraulic Surfaces
Catalog Item
S&T Project Number 1885 Final Report: Collaborative Studies to Reduce Flow Induced Damage on Concrete Hydraulic Surfaces
Cavitation and erosion damage to concrete hydraulic surfaces such as spillways and stilling basins are a problem for facilities operated by the Brazilian Government and Reclamation. This document is the final report for a collaboration was begun in 2018 between FURNAS in Brazil and Reclamation to study the complex relationships between concrete properties and hydraulic conditions that induce damage. The aim of this study is to improve guidance for concrete design and repair procedures.
Catalog Record Title
Data and Report from S&T Project Number 1885: Collaborative Studies of Hydraulic Concrete Surfaces to Reduce Concrete Damage for Water Resource Structures
Generation Effort
S&T Project 1885: Collaborative Studies of Hydraulic Concrete Surfaces to Reduce Concrete Damage for Water Resource Structures
Location Name
Reclamation Technical Service Center (TSC)
Type
Uploaded file(s)
File Type
PDF
Publisher
Bureau of Reclamation
Publication Date
Wednesday, September 30th, 2020
Update Frequency
not planned
Last Update
Tuesday, January 12th, 2021
Disclaimer
The findings and conclusions of this work are those of the author(s) and do not necessarily represent the views of the Bureau of Reclamation.
