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在分析总结国内外研究成果和作者现场实测研究的基础上，提出新的钢筋混凝土板柱结构、框架结构和剪力墙结构，在施工期的结构模型和分析方法，并通过与现场实测结果和其它方法计算结果的比较，验证了其准确性和适用性。利用以新的结构模型和分析方法为理论基础的应用软件ＴＤＳＡ－２，讨论了施工中主要因素对施工期结构荷载传递的影响，获得了框架、板柱和剪力堵三种形式的施工期，钢筋混凝土结构的荷载传递规律。有关结果可作为进行施工期结构安全分析的基础，也可为现场工程师选择施工方案提供依据。
On the basis of analyzing and summarizing the research results at home and abroad as well as the field measurements of the authors, a new reinforced concrete slab-column structure, frame structure and shear wall structure, structural model and analysis method during construction period are proposed. Comparisons of the results calculated by other methods verify their accuracy and applicability. Based on the application software TDSA-2 based on the new structural model and analysis method, the influence of the main factors on the structural load transfer during the construction period is discussed. Three types of construction period, including frame, slab column and shear block, are obtained , Load transfer law of reinforced concrete structure. The results can be used as a basis for structural safety analysis during construction, and also provide basis for on-site engineers to choose construction plans.