adjustable device for the support and locking wall shuttering for concrete structures

• 1. 用于支撑导墙的可调模板装置及导墙支撑方法 [P] . 中国专利： CN112709219A . 2021-04-27
• 2. 一种建墙用模板支撑定位装置的接头及建墙用模板支撑定位装置 [P] . 中国专利： CN100400783C . 2008.07.09
• 3. adjustable device for the support and locking wall shuttering for concrete structures [P] . IT1047724B . 1980-10-20

  机译： 用于混凝土结构的支撑和锁定墙模板的可调装置

• 4. Device for lowering roller shutter comprises rod supporting shutter fixed on two supports able to articulate on wall fixing supports, shutter supports pivoted by hinge and rod movement adjusted by stop notches locking articulation [P] . 法国专利： FR2846863A1 . 2004-05-14

  机译： 降低卷帘百叶窗的装置包括：杆支撑百叶窗，其固定在两个能够铰接在壁固定支撑件上的支撑件上;百叶窗支撑件通过铰链枢转;杆运动通过止动槽锁定铰接调节

• 5. AN ADJUSTABLE DEVICE FOR SUPPORTING AND LOCKING THE WALLS OF FORMS FOR REINFORCED CONCRETE STRUCTURES [P] . GR60372B . 1978-05-22

  机译： 用于支撑和锁定钢筋混凝土结构模板墙的可调节设备

• 1. Progressive collapse resisting capacity of reinforced concrete load bearing wall structures [J] . Alireza Rahai, Alireza Shahin, Farzad Hatami 中南大学学报（英文版） . 2015,第007期
• 2. Experimental Study on Physical Model of Concrete Block Quay Wall with Wave Dissipation Hole Structure [C] . Deshuang Yu, Guanting Zhou, Guirong Lu, International Ocean and Polar Engineering Conference;International Society of Offshore and Polar Engineers . 2019
• 3. A MACRO FINITE-ELEMENT APPROACH FOR THE NONLINEAR ANALYSIS OF REINFORCED CONCRETE FRAMES, SHEAR WALLS, AND FRAME-WALL SYSTEMS (STRUCTURE, COMPUTER-GRAPHICS, SUBPARAMETRIC) [D] . SABOUNI, ABDUL-RAHIM. 1986
• 4. Development of Gentle Slope Light Guide Structure in a 3.4 μm Pixel Pitch Global Shutter CMOS Image Sensor with Multiple Accumulation Shutter Technology [O] . Hiroshi Sekine, Masahiro Kobayashi, Yusuke Onuki, 2017
• 5. Soil-Structure-Foundation Interaction Analysis of New Roller-Compacted Concrete North Lock Wall at McAlpine Locks. [O] . Robert M. Ebeling, Ronald E. Wahl 1997
• 6. Soil-Structure-Foundation Interaction Analysis of New Roller-Compacted ConcreteNorth Lock Wall at McAlpine Locks [R] . Ebeling, R. M., Wahl, R. E. 1997

• 1. An Autonomous Wall-Climbing Robot for Inspection of Reinforced Concrete Structures: SIRCAUR [J] . Gabriela Gallegos Garrido ,Tariq Pervez Sattar . 人工智能技术学报(英文) . 2021,第3期
• 2. Substructure hybrid testing of reinforced concrete shear wall structure using a domain overlapping technique [J] . Zhang Yu ,Pan Peng ,Gong Runhua . 地震工程与工程振动：英文版 . 2017,第4期
• 3. Wing walls for enhancing the seismic performance of reinforced concrete frame structures [J] . Yang Weisong ,Guo Xun ,Xu Weixiao . 地震工程与工程振动：英文版 . 2016,第2期
• 4. Progressive collapse resisting capacity of reinforced concrete load bearing wall structures [J] . Alireza Rahai1 ,Alireza Shahin1 ,Farzad Hatami2 . 中南大学学报 . 2015,第007期
• 5. GRC永久模板及钢结构网壳支撑体系在球形混凝土结构施工中的安全性能分析 [C] . 刘文昆 ,史晓亮 ,杜永奎 . 第八届中国建筑技术交流会 . 2018
• 6. 施工期间钢筋混凝土结构多层模板支撑设计研究 [A] . 李云峰 . 2007