References
[1]. Wang F 2018 Analysis and Discussion on Advantages of Long-span Prestressed Beams J. Value Eng. 37(2) 102-103.
[2]. Wang F 2022 Advantages Analysis of Prestressed Flat Structure in Civil Multi-high-rise Building J. Construction Materials & Decoration 18(1) 71-72.
[3]. Shi C 2021 Current Situation and Development Trend of Road and Bridge Construction Technology in China J. Transport Business China 2021(07) 95-96.
[4]. Xu G H 2012 Analysis of the Causes of Prestressing Loss and Measures to Reduce the Loss J. Concrete 2012(9) 134-135.
[5]. Sinha S K, Schokker A J and Iyer S R 2003 Non-contact Ultrasonic Imaging of Post-tensioned Bridges to Investigate Corrosion and Void Status C. Proc. IEEE 2003 New York IEEE 2003 487-492.
[6]. Carino N J 2001 The Impact-echo Method: An Overview C. Proc Structures Congress 2001 Reston: ASCE 2001 1-18.
[7]. He S H, Zhao X M and Ma J et al. 2017 Review of Highway Bridge Inspection and Evaluation Techniques J. China Journal of Highway and Transport 30(11) 63-80.
[8]. Jiao M D and Song Y 2021 Application of inverse method in measuring effective prestress under anchor of continuous beam bridge J. Low Temperature Architecture Technology 43(4) 78-81.
[9]. Huang G Q 2020 Test analysis of stress release method in evaluating prestress of continuous rigid frame J. Communi. Sci.. Tech. Heilongjiang 43(10) 64-66.
[10]. Li R G, Yang G L and Zhang Y T 2012 RBF network identification of natural vibration frequency of unbonded prestressed concrete girder Bridges J. Bridge Construction 42(2) 28-33.
[11]. Su J, Yang Z G and Yi N G et al. 2013 Prestress identification of simply supported beams based on natural vibration frequency and neural network method J. Highway and Transportation Research and Development 30(10) 39-43.
[12]. Chen Z, Tong Y, Chen L, Li X K and Zhao S B 2021 Existing prestress recognition of prestressed concrete simple supported beams based on least square method J. North China University of Water Resources and Electric Power (Natural Science Edition) 42(05) 34-37.
[13]. Li Q F, Xin B B and Li K 2011 Recognition of effective prestress of prestressed concrete beams based on SVM J. Zhengzhou University (Engineering Science) 32(1) 18-21.
[14]. Liu Y H, He T J and Wang L M et al. 2020 Analysis of natural vibration characteristics and parameters of long-span space tensioning truss structures J. Sichuan Architecture 40(2) 185-189.
[15]. Liu Y H, Zhang Y Y, Liu J X, Ren P and Zhuo B 2019 Prestress loss identification method of truss structures based on influence matrix J. Journal of Transportation 54(05) 1030-37.
[16]. Jia S, Akiyama M, Han B and Frangopol D M 2023 Probabilistic structural identification and condition assessment of prestressed concrete bridges based on Bayesian inference using deflection measurements J. Struct. Infrast. Eng.1-17.
[17]. Wang N B, Wang C, Shen W and Huang T L 2023 Prestress identification method based on actual influence line information of bridge J. Vibration Engineering 1-10.
[18]. Lu Q C 2022 Discussion on intelligent tension and effective prestress detection technology of bridge J. Jiangxi Building Materials 284(09) 73-75.
[19]. Jiang G H, Liu L P and Zhou D 2021 Prestress loss identification of long-span prestressed concrete continuous beam Bridges J. Highway 66(09) 226-231.
[20]. Jiang Q M, Wang Z Z, Wang D, etc. 2020 Force analysis of welded anchor plate and concrete under anchor J. Journal of Ningbo University of Technology 32(02) 32(02).
[21]. Ying Y Z, Wang C X and Zhu X J 2017 Development of intelligent prestressed tensioning equipment based on servo pump valve co-control technology J. Hydromechatronics Engineering 45(14) 122-124.
[22]. Li Y 2022 Intelligent prestressed tension and grouting construction quality control of highway Bridges J. Shandong Jiaotong Keji 192(05) 34-38.
[23]. Guo F 2023 Research on intelligent grouting technology of ballastless track prestressed concrete continuous beam J. Construction and budget 323(03) 61-63.
[24]. Zhou J 2018 Principle and construction technology of intelligent prestressed tensioning grouting system for bridge J. Shanxi Architecture 44(06) 190-192.
[25]. Zhang Y D, Li P F and Li Z Q et al. 2022 Application of embedded fiber self-sensing steel strand in assembly of prefabricated pipe gallery J. Modern Tunnelling Technology 59(6) 170-176.
Cite this article
Chang,Z. (2023). Identification and control of prestress loss of concrete members. Applied and Computational Engineering,25,124-132.
Data availability
The datasets used and/or analyzed during the current study will be available from the authors upon reasonable request.
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References
[1]. Wang F 2018 Analysis and Discussion on Advantages of Long-span Prestressed Beams J. Value Eng. 37(2) 102-103.
[2]. Wang F 2022 Advantages Analysis of Prestressed Flat Structure in Civil Multi-high-rise Building J. Construction Materials & Decoration 18(1) 71-72.
[3]. Shi C 2021 Current Situation and Development Trend of Road and Bridge Construction Technology in China J. Transport Business China 2021(07) 95-96.
[4]. Xu G H 2012 Analysis of the Causes of Prestressing Loss and Measures to Reduce the Loss J. Concrete 2012(9) 134-135.
[5]. Sinha S K, Schokker A J and Iyer S R 2003 Non-contact Ultrasonic Imaging of Post-tensioned Bridges to Investigate Corrosion and Void Status C. Proc. IEEE 2003 New York IEEE 2003 487-492.
[6]. Carino N J 2001 The Impact-echo Method: An Overview C. Proc Structures Congress 2001 Reston: ASCE 2001 1-18.
[7]. He S H, Zhao X M and Ma J et al. 2017 Review of Highway Bridge Inspection and Evaluation Techniques J. China Journal of Highway and Transport 30(11) 63-80.
[8]. Jiao M D and Song Y 2021 Application of inverse method in measuring effective prestress under anchor of continuous beam bridge J. Low Temperature Architecture Technology 43(4) 78-81.
[9]. Huang G Q 2020 Test analysis of stress release method in evaluating prestress of continuous rigid frame J. Communi. Sci.. Tech. Heilongjiang 43(10) 64-66.
[10]. Li R G, Yang G L and Zhang Y T 2012 RBF network identification of natural vibration frequency of unbonded prestressed concrete girder Bridges J. Bridge Construction 42(2) 28-33.
[11]. Su J, Yang Z G and Yi N G et al. 2013 Prestress identification of simply supported beams based on natural vibration frequency and neural network method J. Highway and Transportation Research and Development 30(10) 39-43.
[12]. Chen Z, Tong Y, Chen L, Li X K and Zhao S B 2021 Existing prestress recognition of prestressed concrete simple supported beams based on least square method J. North China University of Water Resources and Electric Power (Natural Science Edition) 42(05) 34-37.
[13]. Li Q F, Xin B B and Li K 2011 Recognition of effective prestress of prestressed concrete beams based on SVM J. Zhengzhou University (Engineering Science) 32(1) 18-21.
[14]. Liu Y H, He T J and Wang L M et al. 2020 Analysis of natural vibration characteristics and parameters of long-span space tensioning truss structures J. Sichuan Architecture 40(2) 185-189.
[15]. Liu Y H, Zhang Y Y, Liu J X, Ren P and Zhuo B 2019 Prestress loss identification method of truss structures based on influence matrix J. Journal of Transportation 54(05) 1030-37.
[16]. Jia S, Akiyama M, Han B and Frangopol D M 2023 Probabilistic structural identification and condition assessment of prestressed concrete bridges based on Bayesian inference using deflection measurements J. Struct. Infrast. Eng.1-17.
[17]. Wang N B, Wang C, Shen W and Huang T L 2023 Prestress identification method based on actual influence line information of bridge J. Vibration Engineering 1-10.
[18]. Lu Q C 2022 Discussion on intelligent tension and effective prestress detection technology of bridge J. Jiangxi Building Materials 284(09) 73-75.
[19]. Jiang G H, Liu L P and Zhou D 2021 Prestress loss identification of long-span prestressed concrete continuous beam Bridges J. Highway 66(09) 226-231.
[20]. Jiang Q M, Wang Z Z, Wang D, etc. 2020 Force analysis of welded anchor plate and concrete under anchor J. Journal of Ningbo University of Technology 32(02) 32(02).
[21]. Ying Y Z, Wang C X and Zhu X J 2017 Development of intelligent prestressed tensioning equipment based on servo pump valve co-control technology J. Hydromechatronics Engineering 45(14) 122-124.
[22]. Li Y 2022 Intelligent prestressed tension and grouting construction quality control of highway Bridges J. Shandong Jiaotong Keji 192(05) 34-38.
[23]. Guo F 2023 Research on intelligent grouting technology of ballastless track prestressed concrete continuous beam J. Construction and budget 323(03) 61-63.
[24]. Zhou J 2018 Principle and construction technology of intelligent prestressed tensioning grouting system for bridge J. Shanxi Architecture 44(06) 190-192.
[25]. Zhang Y D, Li P F and Li Z Q et al. 2022 Application of embedded fiber self-sensing steel strand in assembly of prefabricated pipe gallery J. Modern Tunnelling Technology 59(6) 170-176.