個人檔案
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學術研究
|
研究生
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公告事項
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力學暨材料研究室
|
晤談時間
|
出國研習
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碩士手冊
潘煌鍟 教授
E-mail:
pam [at] nkust.edu.tw
電話:
07-3814526轉15231
研究方向 (Research Interests)
結構健康監測 (Structural Health Monitoring)
智慧壓電水泥和壓電感測器 (Smart Piezoelectric Cement and Piezoelectric Sensors)
超高性能混凝土 (Ultra High Performance Concrete, UHPC)
黑潮洋流發電之載台與錨定技術 (Underwater Vehicle and Mooring for Kuroshio Power Generation)
發表著作 (Publications)
Paper/[Book]
Year
Citation
[210].
Determination of Interfacial Transition Zone of Cementitious Materials by ESPI.
[209].
Impact Stress-Strain Curves of Reactive Powder Concrete by Micromechanics Composite Mode.
[208].
Empirical Formulation for Age-Dependent Piezoelectric and Dielectric Properties of PZT/Cement Composites.
[207].
Monitoring the Concrete Strength Using Piezoelectric Cement Sensor-Based Electromechanical Impedance.
[206].
Comparison of Tensile Behavior of Ultra-High Performance Concrete Containing Steel Fibers.
[205].
Research on the monitoring corrosion of reinforced concrete using piezoelectric sensors.
(2025)
[204].
Piezoelectric Properties and Electromechanical Impedance of Piezoelectric Cement as a Sensing Material.
(2024)
[203].
Effect of Free Water on Polarization and Piezoelectric Coefficients of Cement-Based Piezoelectric Composites During Manufacturing Process.
(2024)
[202].
玻璃粉對水泥基壓電複合材料壓電性質影響.
(2024)
[201].
Feasibility Study of Precoated Binder Type Electric Arc Furnace Oxidizing Slags as Aggregates for Cement Mortar.
(2024)
[200].
基於快速氯離子滲透試驗之硬固混凝土游離性氯離子含量評估.
(2024)
[199].
國軍內部緊急應變體制及措施精進作為.
(2024)
[198].
電信公司人孔局限空間作業導入科技防災作為.
(2024)
[197].
建築工程地梁鋼筋組立施工風險評估.
(2024)
[196].
Two-Phase Three-Median (2P3M): The 2P3M Approach and Its Application.
(2024)
[195].
Rebar Corrosion Monitoring in Concrete Using Piezoelectric Cement Sensors. (DOI:10.1007/9783031533891_100)
(2024)
[194].
Effect of Steam Curing on the Compressive Strength of Concrete with Blast Furnace Slag. (https://doi.org/10.1007/978-981-99-9227-0_38)
(2024)
[193].
以鋯鈦酸鉛感測器監測三維列印混凝土列印性質.
(2023)
[192].
超高性能混凝土動態拉伸力學行為研究.
(2023)
[191].
AI與傳統門禁對營造業職場安全管理.
(2023)
[190].
沉箱、基礎深開挖施工風險評估之實施-以台20線78K+500寶來一橋改建工程為例.
(2023)
[189].
Effect of Epoxy Resin and Barium Zirconate Titanate Contents on Piezoelectric Properties of 0-3 Barium Zirconate Titanate-Portland Cement Composite with Epoxy Resin Addition. (DOI:10.1016/j.ceramint.2023.02.188)
(2023)
4次
[188].
Piezoelectric Cement Sensor-Based Electromechanical Impedance Technique for the Chloride Ion Content Monitoring of Hardened Concrete. (https://doi.org/10.1117/12.2658308)
(2023)
[187].
Effect of Water to Cement Ratio on Acoustic Impedance, Microstructure, and Piezoelectric Properties of 0-3 Barium Zirconate Titanate-Portland Cement Composite with Epoxy Resin Addition. (DOI:10.1016/j.materresbull.2022.112078)
(2023)
4次
[186].
[橋梁工程施工實務]
(2022)
[185].
Effect of Graphene on Piezoelectric Properties of Cement-Based Piezoelectric Composites. (DOI:10.1016/j.sna.2022.113882)
(2022)
14次
[184].
Durability of Lightweight Aggregate Concrete Incorporating High Volume Fly Ash.
(2022)
[183].
壓電水泥監測三維列印混凝土的列印性質和有效監測頻率.
(2022)
[182].
壓電水泥感測器應用在混凝土結構之氯離子含量監測技術.
(2022)
[181].
逆打工法地下室開挖施工安全評估-以臺北市某大樓新建工程為例.
(2022)
[180].
TCI優質學術期刊研究分享.
(2022)
[179].
Stress and Strain Behavior Monitoring of Concrete Through Electromechanical Impedance Using Piezoelectric Cement Sensor and PZT Sensor. (DOI:10.1016/j.conbuildmat.2022.126685)
(2022)
40次
[178].
2021台灣混凝土學會暨混凝土工程研討會11/18舉行.
(2022)
[177].
微鋼纖維對超高性能混凝土拉力行為之研究.
(2021)
[176].
熱處理對添加飛灰壓電水泥之壓電性質影響.
(2021)
[175].
添加爐石對經熱處理0-3型水泥壓電複合材料之性質影響.
(2021)
[174].
使用直接拉伸及雙向壓孔試驗對UHPC張力行為之比較.
(2021)
[173].
監造單位以編碼表單在模板工程的安全衛生查核.
(2021)
[172].
應用構件預鑄化降低營造業職災風險之探討.
(2021)
[171].
台灣營造業男性從人力斷層及薪資低下之因應對策.
(2021)
[170].
Rudder Profiles of Power-Free Underwater Vehicle for Kuroshio Power Generation. (DOI:10.14455/ISEC.2020.7(2).ENR-02)
(2020)
2次
[169].
Piezoelectric Properties of Cement Piezoelectric Composites Containing Nano-Quartz Powders. (DOI:10.14455/ISEC.2020.7(2).SUS-02)
(2020)
1次
[168].
紊流效應對黑潮無動力載具舵片水平配置影響之探討.
(2020)
[167].
[結構分析] /譯
[---ISBN 9789863782575] (高立圖書)
(2020)
[166].
壓電水泥感測器應用於RC結構物鋼筋腐蝕監測.
(2020)
[165].
壓電水泥感測器監測硬固混凝土氯離子濃度技術.
(2020)
[164].
Piezoelectric Cement Sensor-Based Electromechanical Impedance Technique for the Strength Monitoring of Cement Mortar. (DOI:10.1016/j.conbuildmat.2020.119307)
(2020)
65次
[163].
Influence of Water-to-Cement Ratio on Piezoelectric Properties of Cement-Based Composites Containing PZT Particles. (DOI:10.1016/j.conbuildmat.2019.117858)
(2020)
33次
[162].
添加氧化石墨烯對水泥壓電複合材料壓電性質的影響.
(2019)
[161].
探討水泥基壓電複合材料微觀結構特性與壓電性質之研究.
(2019)
[160].
A Case Study of Urban Road Subsidence Induced By the Underground Connection of the Shield Tunneling Method.
(2019)
1次
[159].
使用壓電水泥與機電阻抗技術監測砂漿和混凝土強度.
(2019)
論文獎2020-土木水利工程學刊
[158].
Composite Approach for Strain-Rate Sensitivity of Reactive Powder Concrete with Steel Fibers.
(2019)
[157].
Performance Evaluation of a Rocking Steel Column Base Equipped With Asymmetrical Resistance Friction Damper.
(2019)
12次
[156].
施工架作業安全管理與案例探討.
(2019)
[155].
Piezoelectric Cement Sensor and Impedance Analysis for Concrete Health Monitoring.
(2019)
6次
[154].
The Assessment of Temperatures Dissipation During the Hot Mix Asphalt Concrete Construction in Conjunction with a Multilayered Pavement Temperature Monitoring Stations.
(2019)
[153].
機電阻抗法應用於水泥砂漿強度預測.
(2018)
[152].
使用壓電水泥感測器監測水泥砂漿應力-應變關係.
(2018)
[151].
石墨烯分散對水泥壓電複合材料壓電性質的影響.
(2018)
[150].
使用壓電水泥感測器監測不同水灰比水泥砂漿強度.
(2018)
[149].
The Evaluation of Skid Resistance with Various Film Thickness of Moisture in Dense-Graded Asphalt Mixture.
(2018)
[148].
The Pilot Study in Processing and Piezoelectric Properties of Asphalt-Based PZT Composites.
(2018)
[147].
Seismic Performance Evaluation of the Steel Column Base with an Asymmetrical Friction Damper.
(2018)
[146].
奈米石英粉對0-3型水泥壓電複合材料壓電性質的影響.
(2017)
[145].
PZT級配對0-3型水泥壓電複合材料的性質影響.
(2017)
[144].
壓電水泥感測器製作與力電性質.
(2017)
[143].
矽藻土含量對水泥壓電複合材料壓電性質的影響.
(2017)
[142].
Strength Analysis for the Rudder of Power-Free Underwater Vehicle in Kuroshio Subjected to Typhoon Waves.
(2017)
1次
[141].
壓電水泥感測器監測水泥砂漿強度發展.
(2017)
[140].
房地產投資報酬評估-以高雄仁武為例.
(2017)
[139].
Curing Time and Heating Conditions for Piezoelectric Properties of Cement-Based Composites Containing PZT.
(2016)
27次
[138].
High Piezoelectric and Dielectric Properties of 0-3 PZT/Cement Composites by Temperature Treatment.
(2016)
45次
[137].
應用形狀記憶合金之自復位鋼構梁柱接頭開發.
(2016)
[136].
壓電陶瓷含量對水泥壓電複合材料壓電與力電性質的影響.
(2016)
[135].
級配PZT對0-3型水泥壓電複合材料壓電性質的影響.
(2016)
[134].
非對稱摩擦系統之開發性能評估.
(2016)
[133].
淺談滑動模板工程-以火力發電廠筒式煤倉工程為例.
(2016)
[132].
以CFRP束制鋼梁局部挫曲行為之效能評估.
(2016)
[131].
The Nondestructive Evaluation of High-Temperature Conditioned Concrete in conjunction with Acoustic Emission and X-ray Computed Tomography.
(2016)
6次
[130].
Causes of Explosion in Section C of the Diversion Tunnel Under Construction at Zengwen Reservoir.
(2016)
[129].
水灰比對0-3型水泥壓電複合材料壓電性質的影響.
(2015)
[128].
水泥壓電感測器的力電性質.
(2015)
優秀論文2015-TCI
[127].
矽藻土水泥壓電材料壓電性質.
(2015)
[126].
點石成金-2015臺灣創意混凝土競賽活動.
(2015)
[125].
隧道開挖爆炸之主動式預防-以「曾文水庫越域引水工程計畫」職災為例.
(2015)
[124].
High Piezoelectric Properties of Cement-Based Piezoelectric Composites Containing Kaolin.
(2015)
9次
[123].
[彈性力學]
[---ISBN 9789868558373] (太普公關)
(2014)
[122].
顯微結構與水泥壓電複合材料壓電性質.
(2014)
[121].
水灰比對0-3型矽灰/水泥壓電複合材料壓電性質的影響.
(2014)
[120].
含水狀態爐石活性粉混凝土磨耗和力學性質.
(2014)
[119].
Piezoelectric Properties of Cement-Based Piezoelectric Composites Containing Fly Ash.
(2014)
6次
[118].
台灣土石流防救災策略與機制探討.
(2014)
[117].
Effect of Aged Binder on Piezoelectric Properties of Cement-Based Piezoelectric Composites.
(2014)
17次
[116].
卜作嵐材料對混凝土阻尼係數的影響.
(2013)
[115].
0-3型矽灰水泥壓電複合材料壓電性質.
(2013)
[114].
Age Effect on Piezoelectric Properties of Cement-Based Piezoelectric Composites Containing Slag.
(2013)
4次
[113].
Attack Angle and Strength of Rudders for Power-Free Underwater Vehicle in Kuroshio.
(2013)
2次
[112].
New Waterwheel Blades for Power Generation in Kuroshio.
(2013)
2次
[111].
Influence of Pozzolanic Materials on 0-3 Cement-Based Piezoelectric Composites.
(2013)
9次
[110].
適用在黑潮洋流發電之水渦輪機葉片.
(2012)
[109].
洋流發電防止水下海生物附著塗料比較.
(2012)
[108].
Rudder Controlling of Underwater Vehicle Using in Kuroshio.
(2012)
5次
[107].
Effect of Pozzolanic Materials and Poling Field on Electromechanical Coupling Coefficient of Cement-Based Piezoelectric Composites.
(2012)
2次
[106].
洋流發電水下海生物附著分析.
(2012)
[105].
核能反應爐搬運作業安全研究.
(2012)
[104].
Investigation on the Age-Dependent Constitutive Relations of Mortar.
(2012)
14次
[103].
學生就應善盡認真學習的學生本份.
[高雄應用科技大學 頂尖高手5~專訪]
(2011)
[102].
添加爐石對0-3型水泥壓電複合材料壓電與介電性質影響.
(2011)
[101].
活性粉混凝土界面過渡區位移與耐久性.
(2011)
[100].
爐石活性粉混凝土的動態力學性質與耐久性.
(2011)
[99].
Properties of Coconut Fiber/Rubber Cement Board for Building Partitions.
(2011)
3次
[98].
Mechanical Properties of Steel Fiber Reinforced Reactive Powder Concrete Following Exposure to High Temperature Reaching 800 oC.
(2011)
319次
[97].
Static-Dynamic Properties of Reactive Powder Concrete with Blast Furnace Slag.
(2011)
10次
[96].
Comparison of Various Electrode Instrumentations for Electrical Measurement of Cement-Based Materials.
(2011)
[95].
Determination of Interfacial Transition Zone in Cementitious Materials by Dynamic Displacement.
(2011)
[94].
0-3型PZT水泥基壓電複合材料製程與極化行為(Manufacturing and Polarization Process of 0-3 Cement-Based PZT Composites).
(2011)
10次
[93].
輕鋼構低層住宅施工與危害因子.
(2010)
[92].
養護溫度對 0-3型PZT矽灰水泥壓電性質的影響.
(2010)
[91].
爐石活性粉混凝土韌性性質.
(2010)
[90].
Composite Approach to High Strain-Rate Stress-Strain Curve of Reactive Powder Concrete. [Proceedings of the 4th ACF International Conference]
(2010)
1次
[89].
Desulfurization Slag/Granulated Blast Furnace Slag Binder and Mortar without Portland Cement.
(2010)
[88].
Electrical Resistivity Measurement of Cement-Based Binders Using Embedded Four-Terminal Probe Method.
(2010)
6次
[87].
ESPI Measurement to Determine Interfacial Transition Zone in Cementitious Materials under Temperatures.
(2010)
[86].
Study on the Strain-Rate Sensitivity of Cementitious Composites.
(2010)
19次
[85].
Effect of Temperature to Micro-Displacement of Interfacial Transition Zone in Cementitious Materials by ESPI Measurement.
(2010)
2次
[84].
建築節能分析與視覺化模擬之研究.
(2010)
1次
[83].
鋼纖維含量對RPC彎曲強度與韌性之比較.
(2010)
[82].
高溫作用後鋼纖維活性粉混凝土殘留強度與變形性能.(Residual Strength and Deformation of Steel Fiber Reinforced Reactive Powder Concrete After Elevated Temperature)
(2010)
5次
[81].
0-3型鋯鈦酸鉛水泥基材料極化行為.
(2009)
[80].
應用類神經網路模式預測鋼筋混凝土深樑之剪力強度.
(2009)
[79].
高溫作用後鋼纖維活性粉混凝土應力-應變行為-理論模擬.
(2009)
[78].
高溫作用後鋼纖維活性粉混凝土應力-應變行為-試驗研究.
(2009)
[77].
Properties of natural fiber cement boards for building partitions.
(2009)
5次
[76].
Effect of Micro and Nano-Cracks for the Mechanical Properties of Cementitious Materials.
(2009)
2次
[75].
活性粉混凝土高溫作用後動態力學行為與破壞模式.
(2009)
[74].
Micromechanics-Based Predictions on the Overall Stress-Strain Relations of Cement-Matrix Composites.
(2008)
14次
[73].
Composite-Based Approach for Strain-Rate Sensitivity of Stress-Strain Curves of Cement-Matrix Composites. [The 3rd ACF International Conference-ACF/VCA 2008]
(2008)
[72].
熱熔塑膠輕質混凝土配比對工程性質之影響.
(2008)
[71].
使用ESPI量測加溫材料的微變位.
(2008)
[70].
微奈米裂縫對水泥系材料韌性的影響.
(2008)
[69].
活性粉混凝土在不同應變速率動態下的應力-應變行為.
(2008)
[68].
輕量安全帶掛鉤研發.
(2008)
[67].
模擬鋼筋混凝土腐蝕殘留應力.
(2008)
[66].
The Accelerated Method for Estimating Corrosion of Reinforced Concrete Structure in Seawater.
(2008)
4次
[65].
雨水下水道鑄鐵清掃孔蓋替代材料分析與評估.
(2008)
[64].
回憶金門技術學院規劃及開發.
[金門大學建校十年紀念集]
(2007)
[63].
[施工安全與環境管理]
[---ISBN 9789572159965] (全華圖書)
(2007)
[62].
[工程數學]
[---ISBN 9789572999936] (太普公關)
(2007)
[61].
模擬水泥壓電複合材料的壓電應變常數.
(2007)
[60].
水泥系材料含孔隙和裂縫的微觀與力學行為.
(2007)
[59].
Determination of Representative Crack Density of Cementitious Materials.
(2007)
[58].
黏土基添加奈米級氧化鋯的力學性質.
(2007)
[57].
Use of Waste Bricks and Tiles as a Pozzolan-like Material in Concrete. (DOI:10.14359/18733)
(2007)
1次
[56].
應用影像分析量測輕質多孔混凝土孔隙率之探討. [第二屆海峽兩岸輕骨料混凝土產製與應用技術研討會, pp. 215-226]
(2006)
優秀論文獎-張朝順
[55].
Micromechanics Approach for Long-Term Stress-Strain Relationships of Cement-Matrix Composites.
(2006)
[54].
Solid-Particle Abrasion of Hydraulic Concrete.
(2006)
[53].
微觀力學法模擬水泥基複合材料長期應力應變行為.
(2006)
[52].
驗證高性能水泥基複合材料微裂縫密度計算方法.
(2006)
[51].
Increasing the Compressive Strength of High Performance Concrete by Adding Nano-Silica Powder.
(2006)
[50].
[Mechanics of Composite Materials]
(2006)
[49].
Effect of Nano-Silica Powder on the Durability Properties of High Performance Concrete.
(2005)
[48].
Zirconia Strengthened High Performance Concrete.
(2005)
[47].
[Elasticity]
.
(2005)
[46].
氧化鋯對高性能水泥基之韌性研究.
(2004)
[45].
Long-Term Stress-Strain Relations of the Cement-Matrix Composite.
(2004)
[44].
氧化鋯混凝土韌性強化之研究--微裂縫機制.
(2004)
[43].
石膏含量與型式對含強塑劑水泥漿流動性質之影響.
(2004)
[42].
氧化鋯強化高性能混凝土樑韌性.
(2004)
[41].
氧化鋯強化高性能混凝土.
(2004)
[40].
水泥中鹼當量對含強塑劑水泥漿流變行為之影響.
(2004)
[39].
[工程數學]
.
(2004)
[38].
認識奈米世界.
[進修學院專刊]
(2003)
[37].
水泥基複合材料應力-應變曲線力學模式.
(2003)
[36].
Stress-Strain Relationship of Damaged Solids Containing Elliptic Cracks.
(2003)
[35].
Influence of the Constituents on the Elastic Moduli and the Strength of Concrete.
(2003)
[34].
Transformation Toughening of a Two-Phase, Transversely Isotropic Solid.
(2003)
2次
[33].
輸氣混凝土的韌性及彈性模數.
(2002)
[32].
氧化鋯混凝土韌性強化之研究.
(2002)
[31].
Effective Toughness of Damaged Solids Containing Ribbon Cracks.
(2002)
1次
[30].
孔隙對高性能混凝土彈性模數之影響.
(2002)
[29].
強塑劑對C3A水化行為之影響.
(2002)
[28].
A Micromechanical Theory for the Determination of the Stress-Strain Relation of Cement-Matrix Composites.
(2002)
[27].
氧化鋯混凝土可行性之研究.
(2002)
[26].
A Micromechanics Theory for the Transformation Toughening of Two-Phase Ceramics.
(2002)
6次
[25].
The Toughness and Elastic Moduli of Rigid-Reinforced Composites.
(2001)
[24].
Residual Stress on Toughening with Spherical Inclusions Accompanying Phase Transformation.
(2000)
[23].
A Theory for Elastic Potential Energy Change and Applied Stresses Accompanying Phase Transformation.
(2000)
[22].
材料溫度對高性能混凝土工作性及抗壓強度之影響.
(2000)
[21].
[量測系統]
.
(2000)
[20].
鋼構件製造施工品保/品管自動化系統之開發. [中華民國第一屆營建管理學術研討會, pp. I-105~112]
(1999)
[19].
An Overall Approach for Microcrack and Inhomogeneity Toughening in Brittle Solids.
(1999)
6次
(論文獎2000-力學期刊)
[18].
[預力混凝土工程]
.
(1999)
[17].
On the Application of Willis' Bounds Involving Ellipsoidal Inclusions.
(1998)
[16].
[分包及安全管理]
.
(1998)
[15].
混凝土材料韌性加強機構.
(1997)
[14].
量測系統教學架構. [營建自動化教學成果研討會]
(1995)
[13].
Elastic Moduli of Heterogeneous Solids with Ellipsoidal Inclusions and Elliptic Cracks.
(1995)
43次
[12].
HPC筒形試驗品質分析.
(1994)
[11].
T & C Tower HPC 品質保證實務.
(1994)
[10].
工程估價課程架構與教學. [營建自動化課程成果研討會, pp. 165-173]
(1994)
[9].
Thermal Stress Relief by Plastic Deformation in Aligned Two-Phase Composites.
(1993)
8次
[8].
Determination of Transient and Steady-State Creep of Metal-Matrix Composites by a Secant-Moduli Method.
(1993)
9次
[7].
裂縫形狀對等向性脆性材料性質的影響.
(1993)
[6].
Thermal Stress and Volume Change During a Cooling Process Involving Phase Transformation.
(1992)
17次
[5].
Energy Approach to the High-Temperature Creep of Fiber-Reinforced Metal-Matrix Composites. [ASME Winter Annual Meeting]
(1992)
4次
[4].
Thermal Stress and Phase Transformation Strain in Dual-Phase Metals During a Cooling Process. [ASME Winter Annual Meeting]
(1991)
4次
[3].
[工程材料]
[---正元圖書公司 (正文書局)]
(1987)
[2].
[土木建築工程概要]
.
[---正元圖書公司 (正文書局)]
(1987)
[1].
混凝土模型試驗可靠性之研究.
(1984)
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