Journal of Engineering Research

The bearing capacity of the foundation is a critical indicator for ensuring the safety and stability of water conservancy projects. However, the accuracy and reliability of data during testing directly impact the quality of engineering design and construction. This paper systematically analyzes the sources of errors and influencing factors in current foundation bearing capacity testing data, proposing scientific methods to optimize testing techniques and measures to control data quality, thereby enhancing the reliability and practical value of the test results. Research indicates that by employing appropriate testing technology combinations and data verification procedures, it is possible to effectively reduce testing errors, enhance the reliability of foundation bearing capacity data, and ensure the long-term safe operation of water conservancy projects.

Water conservancy project; Bearing capacity of foundation; Detection data; Reliability; Data quality control