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Submission of Paper/Abstract
Submission of Paper
Paper must be submitted in the following word file format 4th_IC3DcP_Paper_Template (2) and emailed to: [email protected] by 19 July 2023 (for consideration and publication in Springer Book series).
Note: All papers must be written in English. SI-units should be used. The paper should be eight pages.
Submission of Abstract
Abstracts must be submitted in the following word file format Abstract_template and emailed to: [email protected] by 12 July 2023 (for presentation only)
| SN | Title | Authors | Affiliation |
| 001 | Printing parameters design method for spray-based 3D concrete printing technology | Xiongfei Liu, Guanyu Hou | Hebei University of Technology |
| 002 | Pore structure, internal relative humidity, and fiber orientation of 3D printed concrete with polypropylene fiber and their relation with shrinkage | Lei Ma, Qing Zhang, Hélène Lombois-Burger, Zijian Jia, Zedi Zhang, Geng Niu, Yamei Zhang | Southeast University |
| 003 | Influence of HPMC and SF on buildability of 3D printing foam concrete: From water state and flocculation point of view | Chao Liu, Yamei Zhang | Southeast University |
| 004 | Accelerating structural build-up of 3D printable cementitious materials by using Ca(NO3)2 solution in the context of set-on-demand printing | Yu Chen, Erik Schlangen and Oğuzhan Çopuroğlu | Delft University of Technology |
| 005 | CFD simulation of twin-pipe pumping process for 3D concrete printing | Yaxin Tao, Geert De Schutter and Kim Van Tittelboom | Ghent University |
| 006 | Evaluation of the bond behaviour for post-installed reinforcements in 3D printed concrete | Qiang Wang, Li Wang, and Guowei Ma | Hebei University of Technology |
| 007 | Effect of magnetic intervention time on the buildability of printable cement and limestone pastes containing Fe3O4 particles | Yiyuan Zhang, Karel Lesage, Yi Zhang, Yaxin Tao and Geert De Schutter | Ghent University |
| 008 | 3D printed self-healing strain hardening cementitious composite as permanent formwork for self-repair of structural elements | Shan He, Yu Chen, Mladena Luković, Erik Schlangen | Delft University of Technology |
| 009 | Construction Technology of The Curved 'Mars House' Digital Hotel Project in China using Concrete 3D Printing | LIN Xiqiang, WANG Hailong, SUN Xiaoyan, WAEL kikhia, WU Zhennan, LU Lan, ZHAO Jiawei | Zhejiang University |
| 010 | Local Stability of Stocky and Slender WAAM Stainless Steel Equal Angle Sections | Siân I. Evans, Fangda Xu and Jie Wang | University of Bath |
| 011 | The Improvements of In-situ Polymerization on The Properties of 3D Printed Concrete | Lijing Shao, Pan Feng, Qi Liu and Zhaolong Liu | Southeast University |
| 012 | Hardened Properties of 3D Printing Geopolymer Concrete with Waste Glass Powder | Kirubajiny Pasupathy , Sayanthan Ramakrishnan, Jay Sanjayan, and Viktor Mechtcherine | Swinburne University of Technology |
| 013 | Active Rheological Control for 3D Printed Cement-Based Materials by Temperature: An Exploratory Study | Yi Zhang, Kim Van Tittelboom, Geert De Schutter, Zhengwu Jiang | Ghent University |
| 015 | Set-on-demand Geopolymer for Concrete 3D Printing Using Ternary Activator | Shravan Muthukrishnan, Sayanthan Ramakrishnan and Jay Sanjayan | Swinburne University of Technology |
| 016 | Bio-inspired Solution to Alleviate Anisotropy of 3D Printing Engineered Cementitious Composites (3DP-ECC): Knitting/Tilting Filaments | Wen Zhou, Wes McGee, H. Süleyman Gökçe, Victor C. Li | University of Michigan |
| 017 | Material-structure-performance-manufacturing integrated design method for 3D concrete printing | Wenwei Yang, Li Wangb, Guowei Ma | Hebei University of Technology |
| 018 | Digital fabrication of concrete formwork for free-form structures by hybrid additive and subtractive manufacturing technology | Wenyu Lin, Li Wang | Hebei University of Technology |
| 019 | 3D Printing of Fire Shelter using Ultra-High Performance Concrete | Arun R. Arunothayan, Mohammadalmas Surti, Fabian Schneider and Jay G. Sanjayan | Swinburne University of Technology |
| 020 | Hardened properties of extrusion-based 3D printed polyethylene fibre reinforced engineered cementitious composites | Binrong Zhu, Jinlong Pan | Southeast University |
| 021 | Buildability Enhancement of Hybrid Alkali Activated Cements by Two-part Print Head Mixing | Sayanthan Ramakrishnan, Jay Sanjayan | Swinburne University of Technology |
| 022 | Application of textile reinforcement for 3D concrete printed structures | Akilesh Ramesh, Pathmanathan Rajeev and Jay Sanjayan | Swinburne University of Technology |
| 023 | Shearing reinforcement approach for the interfacial bonding between 3D printed concrete formwork and casted concrete | Jingyuan Guan, Yu Yang, Li Wang | Hebei University of Technology |
| 024 | 3D printable low-carbon concrete with nano-silica pretreated recycled fine aggregates | Dengwu Jiao, Xuan Liu, Xianrui Chen, Gordon Leung and Ivan M.L. Sham | Nano and Advanced Materials Institute, Hong Kong, China |
| 025 | In-line activation in 3D concrete printing using PCM capsules | Sasitharan Kanagasuntharam, Sayanthan Ramakrishnan and Jay Sanjayan | Swinburne University of Technology |
| 026 | Mechanical behaviour investigation for the Timber-UHPC Shear Connector in 3D printed concrete based composite Structures | Xiaoyue Zhang, Wanru Huang and Zhaohui Chen | Chongqing University |
| 027 | Influence of Printing Pattern on Bearing Capacities of 3D Printed Concrete Hollow Structures | Zhenyue Wang, Zhaohui Chen, Minmao Liao, Junbo Sun, and Xiao Sun | Chongqing University |
| 029 | Design of a CO2-reduced 3D concrete mixture using circular (clay-based) building materials | N.Z. van Hierdena, Q. Yu and F. Gauvin | Eindhoven University of Technology |
| 030 | Interfacial Cracking at Layer and Filament interfaces of 3D Printed Concrete: Experimental and Numerical Studies | Wangdui GERONG, Pengfei WANG,Minmao LIAO, Zhaohui CHEN and Junbo SUN | Chongqing University |
| 031 | 3D printable alkali-activated slag cements with addition of metakaolin | Xiaodi DAI, Yaxin TAO and Geert DE SCHUTTER | Ghent University |
| 032 | 3D Printed Concrete with Coarse Aggregates: Built‒in‒Stirrup Permanent Concrete Formwork for Reinforced Columns | Yidong Chen, Yunsheng Zhang, Wenhua Zhang, Zhiyong Liu and Cheng Liu | Southeast University |
| 033 | Quick Nozzle Mixing Technology for 3D Concrete Printing | Nan Zhang, Jay Sanjayan | Swinburne University of Technology |
| 034 | 3D Printable Low-Carbon Concrete Incorporating Waste Glass Powder | Shin Hau Bong and Hongjian Du | National University of Singapore |
| 035 | Impact of Water to Solids Ratio on Stability, Printability, and Mechanical Characteristics of 3D Printable Foam Concrete | Uday Boddepalli, Biranchi Panda and Indu Siva Ranjani Gandhi | Indian Institute of Technology Guwahati |
| 036 | Experimental study of the hybrid additive manufacture of the concrete extrusion and the fused ABS deposition | Xiangpeng CAO and Hongzhi CUI | Shenzhen University |
| 037 | Research on the crack propagation mode and bending performance of 3D printing Engineered Cementitious Composite (3DP-ECC) | Yilin Pi, Cong Lu, Baoshan Li, Junhui Zhou | Southeast University |
| 038 | The effect of the printing process on the mechanical properties of 3D printed strain-Hardening cementitious composites (3DP-SHCC) | Anne Linde van Overmeir, Branko Šavija, F.P. Bos and E. Schlangen | Delft University of Technology |
| 039 | Effects of Printing Parameters and Curing Condition on Durability 3D Printed Concrete | Yangyunzhi Gao and Hongjian Du | National University of Singapore |
| 040 | Mechanical Properties of Cementitious Composites Reinforced with 3D Printed Lattices: Experiment and Modeling | Yading Xu, Branko Šavija | Delft University of Technology |
| 041 | Using Machine Learning to Predict the Buildability of 3D Concrete Printing | Hao Zhang and Hongjian Du | National University of Singapore |
| 042 | Thermal Performance of 3D-printed Concrete Wall | Ruiqing Liu and Hongjian Du | National University of Singapore |
| 043 | 3D Printing of Tubular Connectors for Space Frame Structures | Ashok Kumar Perka, Bijoy Rajak, Shibashis Ghosh | Tata Steel, India |
| 044 | Feasibility study on reinforcement placement with a BIM-enabled collaborative robot system | Fei Teng, Dong Zhang, Heng Li, Yiwei Weng | The Hong Kong Polytechnic University |
| 045 | 3D printing concrete with recycled coarse aggregates: The influence of pore structure on interlayer adhesion | Huawei Liu, Chao Liu and Guoliang Bai | Xi’an University of Architecture and Technology |
| 046 | Steel Additive Construction: New Possibilities for Efficient Structural Systems | Vittoria Laghi, Giada Gasparini | Massachusetts Institute of Technology |
| 047 | Strain-rate dependent multistable architected composite material for adaptable energy dissipation | Xianhua Yao, Nan Hu, Qing Dong and Xuanyou Li | South China University of Technology |
| 048 | Exploring the 2.5D SIMTP with the Adaptive Refinement based on the Nodal Thickness | Tejeswar Yarlagadda, Zixin Zhangb, Liming Jiang, Pradeep Bhargava and Asif Usmani | The Hong Kong Polytechnic University |
| 049 | Development of CO2-integrated 3D Printing Concrete | Shipeng Zhang, Long Li, Lucen Hao, Chi Sun Poon | The Hong Kong Polytechnic University |
| 050 | Branching Structure for Reinforcement Anchorage produced with Wire and Arc Additive Manufacturing Technique | Neira Babovic, Vittoria Laghi and Harald Kloft | TU Braunschweig |
| 051 | Efficient 3D Printing Process to Achieve the Scale and Strength | Vihar Nimje, Tejeswar Yarlagadda, Zixin Zhang, Liming Jiang and Asif Usmani | The Hong Kong Polytechnic University |
| 052 | Optimizing the printing path of robotic-assisted fabrication for spatial lattice structure | Yangsheng Lin, Jiachen Li, Nan Hu | South China University of Technology |
| 053 | A Reusable non-reinforced 3D printing concrete arch bridge: design , construction, and evaluation | Min Yang, Xiaofei Yao, Yamei Zhang, Zuo Wang | Southeast University |
| 054 | Introducing pattern control to TO-based structure design for future-oriented construction | Zixin ZHANG, Liming JIANG Tejeswar YARLAGADDA,Adam FINGRUT, Yao ZHENG, Asif USMANI | The Hong Kong Polytechnic University |
| 055 | Standardization, research and testing for statutory submission for approval of 3D concrete printed structures: a comparison between Singapore and Netherlands based on the Eurocode | J. Van Der Putten, M.C. Schilder, H.L.M. Laagland, M.J. Hoogeveen, S. Wu, M.J.A.M. Bruurs | Witteveen+Bos |
| 056 | Structural Deterioration and Mechanical Degradation of Limestone Calcined Clay Cement (LC3) under Elevated Temperature | K.M. Liew, Gen Li, Binbin Yin, Jinhua Sun, Venkatesh Kumar R. Kodur | City University of Hong Kong |
| 057 | Tensile performance of 3D-printed Strain-Hardening Cementitious Composites (SHCC) considering material parameters, nozzle size and printing pattern | XU Nuoyan, QIAN Ye, YU Jing and LEUNG Christopher | Sun Yat-Sen University |
| 058 | Evaluating The Fresh Properties of UHPC for 3D Concrete Printing | Kuo-Wei WEN, Chung-Chang HUNG | National Cheng Kung University |
| 059 | Structural Performance of a Large Column with an Outer Shell Formed by Short-Fiber Reinforced Mortar Extrusion | Koji KINOMURA, Wenbo ZHANG, Keisuke KAWAMURA | 大成建設株式会社 |
| 060 | Exploration of 3D Printed Concrete with Recycled Fine & Coarse Aggregates: Material, Equipment and Performance | Zhenyuan LV, Zhenhua DUAN, Jianzhuang XIAO, and Guangchao JI | Tongji University |
| 061 | Experimental study on the effect of water cooling on the compressive mechanical properties of 3D printed concrete exposed to high temperature | Huai Wang, Peijun Wang | Shandong University |
| 062 | Experimental Study and OpenSees Modelling for Thermal Response of 3D Printed Concrete Exposed to Fires | Jinjin WANG, Cheng CHEN, Tianwei CHU, Liming JIANG, Vihar NIMJE, Tejeswar YARLAGADDA, Asif USMANI | The Hong Kong Polytechnic University |
| 063 | In-Place 3D Printing for Repair of Building Components Using a Mobile Robot | Gido Dielemans, Lukas Lachmayer, Noor Khader, Norman Hack, Annika Raatz, Kathrin Dörfler | Technical University of Munich |
| 064 | Shear Behavior of 3D Printed Concrete Reinforced with Wavy-Shaped Steel Wires | Chang SUN, Haiye ZHAO, Qiong LIU | University of Shanghai for Science and Technology |
| 065 | Large-Scale 3D Printing with Coarse Aggregate Concrete and Integration of Steel Reinforcement | Viktor Mechtcherine | TU Dresden |
| 066 | Rheology, mechanical properties and pore structure of 3D printing concrete with coarse aggregates | Xianggang Wang, Zijian Jia, Yamei Zhang | Southeast University |
| 067 | Architected lattice-reinforced composite components with tunable properties and mechanical responses | Lu Zhu, Man Chen, Binglin Xie, and Nan Hu | South China University of Technology |
| 068 | Manufacturing optimization and mechanical properties characterization of 3D-printed recycled plastics toward programmable structural design | Wenqian Ma, Haiyang Zhao, Jiaqi Li, Nan Hu | South China University of Technology |
| 069 | Use of Sustainable Mineral Plasticizer and Mineral Accelerator Based on Ground Calcium Carbonate in Digital Formulation | Teddy Wong, KienMun Tang, Pascal Gonnon, Thomas Lys | Omya Singapore Pte. Ltd. |
| 070 | Additive manufacturing of γ-C2S with in-situ accelerated carbonation | Kuangnan Zhong, Zhichao Liu, Fazhou Wang | Wuhan University of Technology |
| 071 | Set-on-demand 3D Concrete Printing: Characterization of Fresh Properties of and Buildability Assessment | Birru Bizu Melesse, Atta Ur Rehman and Jung-Hoon Kim* | Yonsei University |
| 072 | Penetrometry: A Promising Technique for Characterizing Concrete Rheology in The Context of 3DCP | Atta Ur Rehman and Jung-Hoon Kim* | Yonsei University |
| 073 | Design of a Real-time Geometric Quality Monitoring System for 3D Printed Concrete Filaments Using 2D Line Laser | Jihye Jhun, Dong-Hyun Lee, Atta Ur Rehman, Jung-Hoon Kim* | Yonsei University |
| 074 | Automated force sensitive reinforcement for 3DCP | Vuong Quoc Nghia, Nguyen Quang Nam, Lu Bing, Lim Jian Hui, Prof Qian Shunzhi, Prof Pham Quang Cuong | Nanyang Technological University |
| 075 | Application of Smart Materials in 3D Concrete Printing | Yi Wei Daniel Tay, Li Ning Wang, Sean Gip Lim, Tan Kai Noel Quah, Ming Jen Tan & Teck Neng Wong | Nanyang Technological University |
| 076 | 3D Printing of Large-Scale Biodegradable Material | Yi Wei Daniel Tay, Eugene Soh, Sean Gip Lim, Jian Hui Lim, Hortense Le Ferrand & Ming Jen Tan | Nanyang Technological University |
| 077 | Mechanical Properties and Additive Manufacturing of Alkali-Activated Lunar Regolith in Artificial Lunar Environments | Zifan GENG, Lizhi ZHANG, Zhiwen WU, Yi Wei Daniel TAY, Sean Gip LIM, Ming Jen TAN | Nanyang Technological University |
| 078 | High-performance 3D concrete printing with zeolite | Bing LU, Mingyang LI, Shunzhi QIAN, Holden Ho King LI, Teck Neng WONG | Nanyang Technological University |
| 079 | Evaluation of Extrusion Methods for 3D Concrete Printing | Tan Kai Noel Quah, Holden Ho King LI | Nanyang Technological University |
| 080 | Effects of vinyl acetate and ethylene copolymer on printing and mechanical performances of 3D printing cementitious materials | Zhenbang LIU, Mingyang LI, Zhixin LIU, Teck Neng WONG | Nanyang Technological University |
| 081 | Carbon Sequestration with 3D Concrete Printing: A Review on Challenges and Potentials | Sean Gip LIM, Yi Wei Daniel TAY, Ming Jen TAN | Nanyang Technological University |
| 084 | Research on the printability of 3D printable geopolymer concrete based on a new extrusion device | Zhaoliang Sheng, Jinlong Pan, and Yamei Zhang | Southeast University |
| 085 | Investigation on interfacial enhancement between 3D printed permanent formwork and post-casted concrete | Qian Yu, Jinlong Pan, and Yamei Zhang | Southeast University |
| 086 | A numerical buildability prediction of 3D–printed concrete at early-ages | Haoran Liu, Tao Ding*, Jianzhuang Xiao, Viktor Mechtcherine | Tongji University |
| 087 | 3D printing lightweight aggregate concrete prepared with shell-packing-aggregate method - Printability, mechanical properties and pore structure | Zijian Jia, Zhicong Deng, Yamei Zhang* | Southeast University |
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