Diagnostics of Construction Units by Noise Field (Physical Simulation Data)

Yu. I. Kolesnikov; K. V. Fedin; A. A. Kargapolov; A. F. Emanov

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Diagnostics of Construction Units by Noise Field (Physical Simulation Data)

机译：通过噪声场对施工单位进行诊断（物理模拟数据）

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摘要

To diagnose construction units, the potentiality of identifying the standing waves in the acoustic noises has been shown by using the models of rectangular beams containing damages in the form of slits. The influence of the slits on the natural frequencies of the beams has been analyzed.

机译：为了诊断建筑单位，已经通过使用包含裂缝形式的损伤的矩形梁模型显示了识别声波中驻波的潜力。分析了缝隙对光束固有频率的影响。

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《Journal of Mining Scinece 》 |2012年第1期| 共8页
作者
Yu. I. Kolesnikov; K. V. Fedin; A. A. Kargapolov; A. F. Emanov;
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原文格式 PDF
正文语种 eng
中图分类矿山开采 ;
关键词
noise field; standing waves; beams with slits; physical simulation;

机译：噪声场;驻波;带缝光束;物理模拟;

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专利

1. Diagnostics of Construction Units by Noise Field (Physical Simulation Data) [J] . Yu. I. Kolesnikov, K. V. Fedin, A. A. Kargapolov, Journal of Mining Scinece . 2012 ,第1期

机译：通过噪声场对施工单位进行诊断（物理模拟数据）
2. Web based field data analysis and data-driven simulation application for construction performance prediction [J] . Amadeusz Kargul, Willibald A. Günthner, Maximilian Bügler, Journal Of Information Technology In Construction . 2015 ,第28期

机译：基于Web的现场数据分析和数据驱动的仿真应用程序来预测施工性能
3. Web based field data analysis and data-driven simulation application for construction performance prediction [J] . Kargul A, Günthner W A, Bügler M, Electronic Journal of Information Technology in Construction . 2015 ,第2期

机译：基于Web的现场数据分析和数据驱动的仿真应用程序来预测施工性能
4. Challenges and Opportunities of Understanding Construction Workers' Physical Demands through Field Energy Expenditure Measurements Using a Wearable Activity Tracker [C] . Sungjoo Hwang, JoonOh Seo, Juhyeong Ryu, Construction research congress . 2016

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Diagnostics of Construction Units by Noise Field (Physical Simulation Data)

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