The aim of this research is to investigate the impact of the dynamic groove type and coolant
mass flow ratio (CMFR) on sealing performances and cooling effects of a supercritical …

The application of various modifications such as micro-channels, compartments, micro-
pores, texturing in mechanical non-contacting seals causes changes of dynamic properties …

With the continuous development of deep oil and gas, minerals, geothermal resources, and
other resources, there are increasingly more stringent requirements for equipment. In …

This paper discusses a test stand and methods used to determine static—isobaric, isotonic
and isometric—characteristics of two pneumatic muscles: a Festo Fluidic Muscle MAS and a …

The thermal-fluid-structure interaction coupling method is adopted in this paper to analyze
the sealing performance of spiral-grooved dry gas seal. Effect of grooved ring rotation on …

The objective of the research project was to design and construct a 3DOF tripod-type electro-
pneumatic parallel manipulator that could be used for pick-and-place tasks in municipal …

Experimental tests are conducted in this study to determine the temperature distribution in a
dry gas seal by establishing a temperature field test system and choosing sensors that are …

For gas–liquid medium isolation seals in aero-engines, the upstream pumping function of
directional grooves provides an effective way to realize the design of longer service life and …

Concerning the application of high-precision, enormous rotating equipment under harsh
working conditions, the advantages of dry gas sealing technology are increasingly obvious …

The mathematical model proposed in this paper describes thermal deformation processes in
a non-contacting face seal. The processes include heat transfer phenomena in the rings …