With the high necessary on low carbon mechanism, the ship transport above sea is energy consuming and emit large amount of toxic gas which cost high to revive. Under this prospect, we put forward a thought of high way above sea. This paper focuses on realization method of high way and optimized design of array arranged floaters under high way. At last, a visually interactive method by Fluent software which is implemented to show the global flow field around array arranged floaters to predict the drag forces.
As the transportation across the sea is high restricted by ship and airplane, which are all energy consuming and hard to be individually scheduled, seldom prompt of transportation across the sea is made and the toxic gas which is hard to revive remains still unresolved. On the other hand, the bridge across the sea is time consuming and resource consuming, which makes resource reserve more severe. We have investigated some famous bridge related to the span and the cost in the world, shown in Fig.1.
Recently, researchers in the world are seeking for new way to realize the green development. Yanqing Li (2023) has put forward his concern about the climate change as the most challenge at the following decades and he proposed the environmentally and green resource will long affect the development of ship design. Yuan Li (2023) has analyzed the arctic shipping mode by consistently. So under this prospect to develop possible transportation above sea, high way above sea is put forward to solve this kind of problems. The basic design which has been authorized with Chengjun, Li of maritime high way navigation system for sea-crossing traffic (2018) and Expressway for cross water transportation (2017) proposed, is shown in Fig.2.
In Fig.2, the driving structure at downside is assembled by large amounts of floaters with propeller and the sea crossing structure is combined with the driving structure by columns.
