联接槽身和支架的盆式橡胶支座采用弹性元件单元模拟。
The rubber supports with basin shape linking the brace and the aqueduct body are simulated by using spring elements.
外激励引起的动水压力对渡槽槽身应力的影响不可忽视；
The effect of hydrodynamics pressure acting on the aqueduct wall due to external excitation is significant.
由于采用折线拱并将连续槽身搁置在拱体排架上，该渡槽具有施工简便的优点。
The construction of such a aqueduct is rather convenient because of simply supporting the monolithic chute body on the arch frame.
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