舭龙骨
- 网络bilge;Bilge keel
-
将计算结果与试验结果相对比,选出了适合不同玻璃钢渔船的舭龙骨连接形式。
Then the connection forms of bilge keel fitting different FRP fishing boats were selected through comparing the calculated results with test effects .
-
综合分析国内外玻璃钢渔船的连接技术及结构形式,确定了玻璃钢渔船舷侧结构、甲板与上层建筑以及舭龙骨的连接技术。
Synthesizing the technology of joint and many structure models , the side structure and the joint technology between decks , upper buildings and bilge keel was determined .
-
玻璃钢渔船舭龙骨连接形式的研究
Study on connection forms of bilge keel for FRP fishing boats
-
折角、呆木和舭龙骨对拖船横摇性能的影响
Effect of Chine , Deadwood and Bilge Keel on Roll Characteristics of Tugs
-
减摇鳍与舭龙骨组合体定常升力数值计算
Numerical simulation for steady lift interference on antiroll fins due to bilge keel
-
舭龙骨及其安装要求
Bilge keel and its assembling requirements
-
改变舵面积大小及装设舭龙骨对操纵性有影响。
Change of the size of the rudder area and installation of the bilge keel have influence on maneuverability .
-
舭龙骨是安装在船壳舭部外板上的防摇构件。
Bilge teel is a member installed on the outer surface of bilge plating and used as an anti-rolling device .
-
并根据4种玻璃钢骨架的剥离试验数据,计算出玻璃钢渔船舭龙骨的连接强度。
And the connection strength of the bilge keel of FRP fishing boat was obtained based on the ripping tests of 4 FRP frames .
-
此方法已对各种不同的船型剖面,包括具有舭龙骨剖面的船舶进行了运动计算,并获得了满意的结果。
Satisfactory results have been obtained by applying this method to calculate motions of different types of ship , including those body-plan sections with bilge keels .
-
试验中通过系列变化侧体横向布置位置,并对侧体安装舭龙骨进行对比试验,研究侧体布置和舭龙骨对三体船横摇运动的影响。
In the test the side hull transverse position was systematically varied and bilge keels were fitted on each side hull , in order to investigate the effect on the trimaran roll motion of side hull transverse position and bilge keels .
-
在本试验研究中分析了在主尺度、船型参数、排水量相同情况下,线型对操纵性的影响,水深变化的影响,舵面积以及舭龙骨的影响。
Under the conditions of similar principal dimensions , shipform parameters and displacement , the effect of linearity on maneuverability , the effect of various water depth , and the effect of the rudder area and the bilge keel are analysed .