The cloudy cavitating around a hydronautics foil has been experimentally studied by means of high-speed fluid visualization and DPIV.

采用高速全流场显示技术和DPIV对空化水翼近壁处的空化云流动态和运动机理进行了讨论。

This paper analyses fully the applied force and damage types of self-aligning bearings of hydrofoil kingpost .

本文就水翼船翼柱自位球轴承况和损伤式作了全,并对其材料代用和结构改进方案进行了可行性论证。

In this paper,the techniques of hydrofoil truing over and maneuvering for berthing and unberthing are discussed, which aims to propose safer practical operations.

本文探讨了水翼船的掉头、靠离泊操作特征,旨在提高水翼船实际操作安全性。

The cloudy cavitating around a hydronautics foil has been experimentally studied by means of high-speed fluid visualization and DPIV.

采用高速全流场显示技术和DPIV对空化水翼近壁处的空化云流动态和运动机理进行了讨论。

This paper analyses fully the applied force and damage types of self-aligning bearings of hydrofoil kingpost .

本文就水翼船翼柱自位球轴承受力情况和了全面分析,并对其材料代用和结构改进方案进行了可行性论证。

In this paper,the techniques of hydrofoil truing over and maneuvering for berthing and unberthing are discussed, which aims to propose safer practical operations.

本文探讨了水翼船的掉头、靠离泊操特征,旨在提高水翼船实际操安全性。

The cloudy cavitating around a hydronautics foil has been experimentally studied by means of high-speed fluid visualization and DPIV.

采用速全流场术和DPIV对空化水翼近壁处的空化云流动态和运动机理进行了讨论。

This paper analyses fully the applied force and damage types of self-aligning bearings of hydrofoil kingpost .

本文就水翼船翼柱自位球轴承受力情况和损伤式作了全面分析,并对其材料代用和结构改进方案进行了可行性论证。

In this paper,the techniques of hydrofoil truing over and maneuvering for berthing and unberthing are discussed, which aims to propose safer practical operations.

本文探讨了水翼船的掉头、靠离泊操作特征,旨水翼船实际操作安全性。

The cloudy cavitating around a hydronautics foil has been experimentally studied by means of high-speed fluid visualization and DPIV.

采用高场显示技术和DPIV对空化水近壁处的空化云动态和运动机理进行了讨论。

This paper analyses fully the applied force and damage types of self-aligning bearings of hydrofoil kingpost .

本文就水柱自位球轴承受力情况和损伤式作了面分析,并对其材料代用和结构改进方案进行了可行性论证。

In this paper,the techniques of hydrofoil truing over and maneuvering for berthing and unberthing are discussed, which aims to propose safer practical operations.

本文探讨了水的掉头、靠离泊操作特征,旨在提高水际操作安性。

The cloudy cavitating around a hydronautics foil has been experimentally studied by means of high-speed fluid visualization and DPIV.

采用高速全流场显示技术DPIV对空化水翼近壁处的空化云流动态运动机理进行讨论。

This paper analyses fully the applied force and damage types of self-aligning bearings of hydrofoil kingpost .

本文就水翼船翼柱自位球轴承受力情况全面分析,并对其材料代用结构改进方案进行可行性论证。

In this paper,the techniques of hydrofoil truing over and maneuvering for berthing and unberthing are discussed, which aims to propose safer practical operations.

本文探讨水翼船的掉头、靠离泊操特征,旨在提高水翼船实际操安全性。

The cloudy cavitating around a hydronautics foil has been experimentally studied by means of high-speed fluid visualization and DPIV.

采用高速全流场显示技DPIV空化水翼近壁处的空化云流动态运动机理进行了讨论。

This paper analyses fully the applied force and damage types of self-aligning bearings of hydrofoil kingpost .

本文就水翼船翼柱自位球轴承受力情况损伤式作了全面分析,并其材料代用结构改进方案进行了可行性论证。

In this paper,the techniques of hydrofoil truing over and maneuvering for berthing and unberthing are discussed, which aims to propose safer practical operations.

本文探讨了水翼船的掉头、靠离泊操作,在提高水翼船实际操作安全性。

The cloudy cavitating around a hydronautics foil has been experimentally studied by means of high-speed fluid visualization and DPIV.

采用高速全流场显示技术DPIV对空化水翼近壁处的空化云流动动机理进行了讨论。

This paper analyses fully the applied force and damage types of self-aligning bearings of hydrofoil kingpost .

就水翼船翼柱自位球轴承受力情况损伤式作了全面分析,并对其材料代用结构改进方案进行了可行性论。

In this paper,the techniques of hydrofoil truing over and maneuvering for berthing and unberthing are discussed, which aims to propose safer practical operations.

探讨了水翼船的掉头、靠离泊操作特征,旨在提高水翼船实际操作安全性。

The cloudy cavitating around a hydronautics foil has been experimentally studied by means of high-speed fluid visualization and DPIV.

采用高速全流场显示技术和DPIV对空化翼近壁处的空化云流动态和运动机理行了讨论。

This paper analyses fully the applied force and damage types of self-aligning bearings of hydrofoil kingpost .

本翼船翼柱自位球轴承受力情况和损伤式作了全面分析,并对其材料代用和结方案行了可行性论证。

In this paper,the techniques of hydrofoil truing over and maneuvering for berthing and unberthing are discussed, which aims to propose safer practical operations.

本探讨了翼船的掉头、靠离泊操作特征,旨在提高翼船实际操作安全性。

The cloudy cavitating around a hydronautics foil has been experimentally studied by means of high-speed fluid visualization and DPIV.

采用高速全流场显示技术和DPIV对空化水翼近壁处的空化云流动态和运动机理。

This paper analyses fully the applied force and damage types of self-aligning bearings of hydrofoil kingpost .

本文就水翼船翼柱自位球轴承受力情况和损伤式作全面分析,并对其材料代用和结构改方可性证。

In this paper,the techniques of hydrofoil truing over and maneuvering for berthing and unberthing are discussed, which aims to propose safer practical operations.

本文探水翼船的掉头、靠离泊操作特征,旨在提高水翼船实际操作安全性。