CAJ | 학술논문

前期研究提出的GFRP筋混凝土桥面板基于拱效应下的设计方法，其计算过程较繁琐。采用Visual Basic语言把设计方法编写成人机交互式的设计软件，可提高设计工作效率。当用户输入几何数据、材料的物理力学性能及荷载条件，软件即可自动计算面板的正常使用极限荷载和承载力极限荷载，获得GFRP筋混凝土桥面板的设计承载力。不同荷载值下的变形、裂缝宽度及拱推力大小等其他计算结果可以启动查询窗口查看。软件操作过程保持与原设计思路一致，软件界面沿用windows系统软件的风格，使软件易于理解和掌握。
전기연구제출적GFRP근혼응토교면판기우공효응하적설계방법，기계산과정교번쇄。채용Visual Basic어언파설계방법편사성인궤교호식적설계연건，가제고설계공작효솔。당용호수입궤하수거、재료적물리역학성능급하재조건，연건즉가자동계산면판적정상사용겁한하재화승재력겁한하재，획득GFRP근혼응토교면판적설계승재력。불동하재치하적변형、렬봉관도급공추력대소등기타계산결과가이계동사순창구사간。연건조작과정보지여원설계사로일치，연건계면연용windows계통연건적풍격，사연건역우리해화장악。
Design method of concrete bridge deck reinforced with GFRP bars based on arching action is proposed during the previous studies , but calculation process of the method is rather complicated .Using Visual Basic language to develop interactive de-sign software on the design method can improve efficiency of design work .When users input the geometric data , physical and me-chanical properties of materials , and loading conditions , serviceability ultimate load and bearing capacity load can be automatically calculated , and then design bearing capacity of GFRP reinforced concrete bridge deck is determined .Starting the query window , de-formation, crack width , arch thrust and other results under different loads can be queried .Software operation process is in keeping with the original design , and the interface style of the software is in agreement with the Windows system , which makes the operation easy to be understood and mastered .