Abstract
Analyzing and understanding dam concrete temperature is significant for design and construction method of gravity dam. The Adiabatic Temperature Rise Model which is used conventionally and is specified hydration heat property of dam concrete is, however, generally considered to underestimate the temperature rises than its actual movement.
The purpose of this study is to improve the accuracy of dam concrete temperature analysis. We apply the Hydration Heat Model to describe the long-term hydration heat process of dam concrete. We inspect the specification of long-term hydration heat property of dam concrete by comparing measurements of concrete dam temperature with the results of temperature analysis considering the total hydration heat quantity of dam concrete.
