No need for reaction piles and shorter testing time! The stresses generated in the pile body during testing yield results close to static loading.
The advantages of the "rapid load test" include the fact that it does not require reaction piles, which can be an issue in static load tests, and that testing can be conducted in the space occupied only by the drop weight device. Additionally, it has succeeded in shortening the construction period compared to static load tests. In the analysis of rapid load tests, the stress in the pile body is in a fully compressed state, allowing the wave phenomenon to be practically ignored. Static resistance can be calculated using a simple analysis (unloading point method), and compared to waveform matching analysis, it provides a more accurate static resistance. 【Advantages】 ■ Testing can be conducted in the space occupied only by the drop weight device ■ Shortened construction period ■ Wave phenomena can be practically ignored ■ Static resistance can be calculated using a simple analysis (unloading point method) ■ More accurate static resistance can be obtained *For more details, please refer to the PDF document or feel free to contact us.
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The Geotechnical Testing Institute Co., Ltd. is a company that provides consulting services for testing and experiments. Since its establishment, our company has been engaged in technological development in niche fields, and we are gaining confidence in the practical application of the rapid loading test method "Hybrid Dynamic Testing" and the practical application of MIP (Membrane Interface Probe) in soil environmental surveys. Please feel free to contact us if you have any inquiries.