The cylinder head is heavily finned for strength.

头附有许多突片以增加强度。

The mixture is fed into the cylinder from the carburetor.

混合体由化器注入。

The piston froze in the cylinder.

活塞冻牢在。

That jeep has four cylinders.

辆吉普车有四个。

The calculations of the strength,stiffness and steamtight are very importang when high pressure and intermediate pressure casing of 300 MW steam turbine are designed.

本文采用三维弹性接触理,建立300MW轮机高中压外的有限元模型,进而计算的温度场、应力和变形。

The cylinder head is heavily finned for strength.

汽缸头附有许多突加强度。

The mixture is fed into the cylinder from the carburetor.

混合体汽化器注入汽缸。

The piston froze in the cylinder.

活塞冻牢在汽缸里。

That jeep has four cylinders.

那辆吉普车有四个汽缸。

The calculations of the strength,stiffness and steamtight are very importang when high pressure and intermediate pressure casing of 300 MW steam turbine are designed.

本文采用三维弹性接触理,建立300MW汽轮机高中压外缸的有限元模型,进而计算了汽缸的温度场、应力和变形。

The cylinder head is heavily finned for strength.

缸头附有许多突片增加强度。

The mixture is fed into the cylinder from the carburetor.

混合体由注入缸。

The piston froze in the cylinder.

活塞冻牢在缸里。

That jeep has four cylinders.

那辆吉普车有四个缸。

The calculations of the strength,stiffness and steamtight are very importang when high pressure and intermediate pressure casing of 300 MW steam turbine are designed.

本文采用三维弹性接触理,建立300MW轮机高中压外缸的有限元模型,进而计算了缸的温度场、应力和变形。

The cylinder head is heavily finned for strength.

汽缸头附有许多突片以增加强度。

The mixture is fed into the cylinder from the carburetor.

混合体由汽化器注入汽缸。

The piston froze in the cylinder.

活塞冻牢在汽缸里。

That jeep has four cylinders.

那辆吉普车有四个汽缸。

The calculations of the strength,stiffness and steamtight are very importang when high pressure and intermediate pressure casing of 300 MW steam turbine are designed.

本文采用三维弹性接触理,建立300MW汽轮高中压外缸的有限元模型,进而计算了汽缸的温度场、应力和变形。

The cylinder head is heavily finned for strength.

缸头附有许多突片以增加强度。

The mixture is fed into the cylinder from the carburetor.

混合化器注入缸。

The piston froze in the cylinder.

活塞冻牢在缸里。

That jeep has four cylinders.

那辆吉普车有四个缸。

The calculations of the strength,stiffness and steamtight are very importang when high pressure and intermediate pressure casing of 300 MW steam turbine are designed.

本文采用三维弹性接触理,建立300MW轮机高中压外缸的有限元模型,进而计算了缸的温度场、应力和变形。

The cylinder head is heavily finned for strength.

汽头附有许多突片以增加强度。

The mixture is fed into the cylinder from the carburetor.

混合体由汽化器注入汽。

The piston froze in the cylinder.

活塞冻牢在汽里。

That jeep has four cylinders.

那辆吉普车有四个汽。

The calculations of the strength,stiffness and steamtight are very importang when high pressure and intermediate pressure casing of 300 MW steam turbine are designed.

采用三维弹性接触理,建立300MW汽轮机高中压外有限元模型,进而计算了汽温度场、应力和变形。

The cylinder head is heavily finned for strength.

汽缸头附有许多突片以增加。

The mixture is fed into the cylinder from the carburetor.

合体由汽化器注入汽缸。

The piston froze in the cylinder.

活塞冻牢在汽缸里。

That jeep has four cylinders.

那辆吉普车有四个汽缸。

The calculations of the strength,stiffness and steamtight are very importang when high pressure and intermediate pressure casing of 300 MW steam turbine are designed.

本文采用三维弹接触理,建立300MW汽轮机高中压外缸的有限元模型,进而计算了汽缸的温场、应力和变形。

The cylinder head is heavily finned for strength.

汽缸有许多突片以增加强度。

The mixture is fed into the cylinder from the carburetor.

混合体由汽化器注入汽缸。

The piston froze in the cylinder.

活塞冻牢在汽缸里。

That jeep has four cylinders.

那辆吉普车有四个汽缸。

The calculations of the strength,stiffness and steamtight are very importang when high pressure and intermediate pressure casing of 300 MW steam turbine are designed.

本文采用三维弹性接触理,建立300MW汽轮机高中压外缸的有限元模型,进而计算了汽缸的温度场、应力和变形。

The cylinder head is heavily finned for strength.

缸头附有许多突片以增加强度。

The mixture is fed into the cylinder from the carburetor.

混合体由化器注入缸。

The piston froze in the cylinder.

活塞冻牢在缸里。

That jeep has four cylinders.

那辆吉普车有缸。

The calculations of the strength,stiffness and steamtight are very importang when high pressure and intermediate pressure casing of 300 MW steam turbine are designed.

本文采用三维弹性接触理,建立300MW轮机高中压外缸的有型,进而计算了缸的温度场、应力和变形。