Nuclear Fuel Design Oept., Korea Nuclear Fuel Co., LTD., Daejeon 305-353, Korea;
Mechanical Systems Engineering, Chonnam National University, Gwangju 500-757, Korea;
A_b: Worn area at the wear scar base; A_x: Worn area at the distance of x from the wear scar base; d: Wear depth at the base; h: Axial height of wear scar; R_1: Outside radius of fuel cladding; R_2: Radius of curvature of the grid spring/dimple; V: Volume of the wear scar; w: Half of the wear scar width at the base;
机译:燃料棒支撑条件对燃料棒振动特性和栅杆微动磨损的影响
机译:ZR-1NB-0.1FE合金核燃料杆表面的烦恼磨损的评价:组装未对准和栅格弹簧加载的影响
机译:使用独特的高压灭菌器调查核燃料包层的栅极磨损磨损
机译:塑料栅格燃料杆微动磨损的评价
机译:驱油条件下隔栅在杆束中引起的传热增强
机译:微动磨损引起的轮廓极限形状的解析解决方案
机译:核燃料组件设计对栅极与杆膛磨损的影响
机译:用于FTR燃料组件的合规格栅式燃料棒间距的评估