This thesis mainly studies the design, manufacturing, and application of vortex tube isobaric array structures. The vortex tube isobaric array structure is a structure that can separate compressed gas into cold and hot gases. This structure is based on a vortex tube structure and an equal pressure flow channel structure, which can allow compressed gas to pass through a greater number of vortex chambers through equal pressure diversion, achieving faster surface cooling and heating response.

The first chapter introduces the historical process of the development of vortex tubes from the overall background, and analyzes the advantages and disadvantages of existing vortex tubes. The second chapter introduces the specific structure and working principle of the vortex tube isobaric array stru...[ Read more ]

This thesis mainly studies the design, manufacturing, and application of vortex tube isobaric array structures. The vortex tube isobaric array structure is a structure that can separate compressed gas into cold and hot gases. This structure is based on a vortex tube structure and an equal pressure flow channel structure, which can allow compressed gas to pass through a greater number of vortex chambers through equal pressure diversion, achieving faster surface cooling and heating response.

The first chapter introduces the historical process of the development of vortex tubes from the overall background, and analyzes the advantages and disadvantages of existing vortex tubes. The second chapter introduces the specific structure and working principle of the vortex tube isobaric array structure. The third chapter is the design and simulation of the vortex tube isobaric array structure. The forth chapter proposes the application prospects of vortex tube isobaric array structures. The fifth chapter is a summary and outlook of the work of this thesis.