1) hybrid plate girder
混合板梁
2) the hybrid method of beam and plate
梁板混合法
1.
It was proposed the hybrid method of beam and plate,which separated the stiffened plate into beam unit and plate-shell unit used the ideas of discrete and finite element and placed the stiffened one on the edge of element in order to bring the stiffened plate transform into the load to the main board,and the natural frequencies and the modes of vibration were calculated by finite element method.
针对加肋板的特性,运用离散和有限元的思想,提出了梁板混合法的概念,即将加肋板离散为梁单元和板壳单元,将肋板划在边界上,使得肋板转换为成梁对板的作用,并借助于有限元等方法求解了其频率和振型。
3) steel-precast concrete composite beams
钢-混凝土预制板组合梁
1.
To analyze the composite effect of Steel-precast concrete beams under static loads,three tests of steel-precast concrete composite beams under static concentrate lateral loads were performed.
为研究钢-混凝土预制板组合梁在静载作用下的组合效应,完成了3根钢-混凝土预制板组合梁在跨中集中荷载作用下的试验,结合试验结果与现有的组合梁理论,对钢-混凝土预制板组合梁的抗弯受力性能及其组合效应进行了分析,为该方向的进一步研究提供实用参考价值。
4) steel plate-concrete composite beams
钢板-混凝土组合梁
1.
Experimental study on simply supported steel plate-concrete composite beams;
对钢板-混凝土组合梁的开裂荷载、极限抗弯承载力及钢板剥离承载力进行理论分析计算,计算结果与试验结果吻合良好。
5) two-way steel-concrete composite slab-on-girder system
双向钢-混凝土组合梁板
1.
A two-way steel-concrete composite slab-on-girder system was used as the roof structure.
采用方钢管混凝土柱和钢支撑作为防护结构的竖向结构,双向钢-混凝土组合梁板作为屋盖结构,通过对不同方案的分析比较,确定在屋盖结构上铺设土+钢板+土作为吸收坠石冲击能量的缓冲层和防护层。
6) hybrid girder
混合梁
1.
Guangdong Foshan Pingsheng Bridge(PSB) was the first self-anchored bridge with hybrid girder in our country.
广东佛山平胜大桥为我国首座混合梁自锚式悬索桥,钢混接合段是该桥设计的关键技术之一。
2.
Zhanjiang Bay Bridge is a double pylon and double cable plane hybrid girder cable-stayed bridge with a main span 480 m.
湛江海湾大桥为主跨480 m的双塔双索面混合梁斜拉桥,重点介绍该桥在结构设计及塔墩防撞方面所采取的几项新技术。
3.
The main bridge of Zhanjiang Bay Bridge is a double pylon and double spatial cable plane hybrid girder cable-stayed bridge with a main span 480 m and with its steel main girder erected by the cantilever assembling method.
湛江海湾大桥主桥是主跨480 m的双塔空间双索面混合梁斜拉桥,钢主梁采用悬臂拼装法施工,介绍施工监控的原则、监控工况的选择、监控计算、现场测试工作、参数识别、标高与索力的控制等,并给出了监控的成果。
补充资料：GHL系列高效湿法混合制粒机
主要用途及特点
医药、食品、化工等领域粉体注入粘结剂湿颗粒制备。
特点
本机采用卧式圆筒构造，结构合理。
充气密封驱动轴、清洗时可切换成水。
流态化造粒，成粒近似球形，流动性好。
较传统工艺减少25%粘合剂，干燥时间缩短。
每批次干混2分钟，造粒1~4分钟，工效比传统工艺提高4~9倍。
在同一封闭容器内完成，干混-湿混-制粒，工艺缩减，符合GMP规范。
整个操作具有严格的安全保护措施。
工作原理
粉体物料与粘合剂在圆筒（锥形）形容器中，由底部混合浆充分混合成湿润软材，然后由侧置的高速粉碎浆切割成均匀的湿颗粒
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条