SNEC设计科研大楼地上部分模板工程专项方案.doc

中国石化集团宁波工程有限公司设计科研大楼工程坐落于科技园区院士路上，本工程主楼19层，高度78.8米。裙楼3层，高度20.1米。大楼结构类型属于钢筋砼框架-核芯筒结构。
本建筑一层层高6m，二、三层层高5.1m，四层以上层高3.9m，板厚均为120mm。±0.000以上框架梁最大截面为500×1200mm，柱最大断面为1000*1000MM，剪力墙的最大厚度为400MM。砼采用泵送为主，塔吊运输为辅。
二、模板安装施工工艺
为保证本工程的工程质量，减少模板拼缝，使构件表面平整，以及方便模板的安装，本工程的结构支模时使用九夹板与松木做成定型木模板。承重材料采用Φ48*3.5钢管支撑满堂脚手架。加固材料采用对拉螺杆配以方木和钢管。核心筒采用木胶合板拼装大模板；楼梯底模采用木胶合板，踏步侧模采用松木板50 厚；厨房、卫生间、走道等与楼层的高差用木方栏挡。
SINOPEC Ningbo Engineering Co., Ltd. Design Research building project is located in Technology Park Academy on the road, 19-story main building of this project, a high degree of 78.8 meters. Podium Level 3, height 20.1 meters. Buildings are reinforced concrete frame structure type - Tube Structures.
The construction of one storey 6m, two, three-storey 5.1m, more than four-storey 3.9m, thickness are 120mm. ± 0.000 above the maximum cross-section of frame beam 500 × 1200mm, the largest section of the column 1000 * 1000MM, the maximum wall thickness of 400MM. Mainly by pumping concrete, crane transport supplement.
Second, the template Installation Process
To ensure the project quality, reduce the template seam, so that component surface roughness, and to facilitate the installation of the template, the structure of this project support the use of nine model made of shaped plywood and pine wood template. Load-bearing material using Φ48 * 3.5 steel tube scaffolding support full house. Reinforcement material is accompanied by side on the pull screw wood and steel. The core barrel assembly with wood plywood formwork; staircase mode using wood veneer, square one side of the mold with thick pine board 50; kitchen, bathroom, walkways, etc. and the height difference with a wooden floor bar block.