水道港口
水道港口
수도항구
JOURNAL OF WATERWAY AND HARBOR
2013年
2期
99-105
,共7页
驳船%升沉运动%沉管管段%运动特性
駁船%升沉運動%沉管管段%運動特性
박선%승침운동%침관관단%운동특성
barge%heave motion%tunnel element%motion characteristic
文章探讨驳船吊挂沉放法进行沉管管段的沉放作业过程中,驳船升沉运动和波浪联合作用对沉管管段运动特性的影响.采用边界元方法求解作用在沉管管段的波浪力,驳船升沉运动考虑为简谐运动,应用四阶Runge-Kutta方法求解沉管管段的运动方程.通过数值算例分析,探讨了驳船做不同振幅与不同相位的升沉运动和波浪联合作用下沉管管段的运动特性.
文章探討駁船弔掛沉放法進行沉管管段的沉放作業過程中,駁船升沉運動和波浪聯閤作用對沉管管段運動特性的影響.採用邊界元方法求解作用在沉管管段的波浪力,駁船升沉運動攷慮為簡諧運動,應用四階Runge-Kutta方法求解沉管管段的運動方程.通過數值算例分析,探討瞭駁船做不同振幅與不同相位的升沉運動和波浪聯閤作用下沉管管段的運動特性.
문장탐토박선조괘침방법진행침관관단적침방작업과정중,박선승침운동화파랑연합작용대침관관단운동특성적영향.채용변계원방법구해작용재침관관단적파랑력,박선승침운동고필위간해운동,응용사계Runge-Kutta방법구해침관관단적운동방정.통과수치산례분석,탐토료박선주불동진폭여불동상위적승침운동화파랑연합작용하침관관단적운동특성.
In this paper, the effect of the barge heave motion and waves on the motion response of tunnel element in the immersing operation process was studied. The boundary element method was used to calculate the wave force on the tunnel element, and the fourth order Runge-Kutta method was applied to solve the motion equation of the tunnel element. The motion characteristics of the tunnel element under waves and the barge heave motion with different amplitudes and phases were analyzed by the numerical model.