四川建材
四川建材
사천건재
SICHUAN BUILDING MATERIALS
2015年
2期
25-26,30
,共3页
锥颈式GFRP法兰%抗弯刚度%极限承载力%破坏模式
錐頸式GFRP法蘭%抗彎剛度%極限承載力%破壞模式
추경식GFRP법란%항만강도%겁한승재력%파배모식
GFRP flange%flexural rigidity%ultimate ca-pacity%failure modes
对锥颈式玻璃钢内、外法兰进行了静力纯弯试验，研究了GFRP内、外法兰的抗弯承载力、抗弯刚度及破坏模式与法兰板厚度、锥颈高度，螺栓边距之间的关系，提出了提高GFRP法兰节点抗弯承载力和刚度的构造措施。
對錐頸式玻璃鋼內、外法蘭進行瞭靜力純彎試驗，研究瞭GFRP內、外法蘭的抗彎承載力、抗彎剛度及破壞模式與法蘭闆厚度、錐頸高度，螺栓邊距之間的關繫，提齣瞭提高GFRP法蘭節點抗彎承載力和剛度的構造措施。
대추경식파리강내、외법란진행료정력순만시험，연구료GFRP내、외법란적항만승재력、항만강도급파배모식여법란판후도、추경고도，라전변거지간적관계，제출료제고GFRP법란절점항만승재력화강도적구조조시。
Pure-bending tests were carried on both inner and outer GFRP flanges to study the relationship between the ul-timate capacity, flexural rigidity and the failure modes and the thickness of flange plate, the height of flange neck and the dis-tance between bolts and edge of flanges. Constructionmeasures to improve bending capacity and flexural rigidity of GFRP flanges were also put forward.
