In this study, the capillary performance of the micro-post wicks with non-homogeneous configurations is investigated and compared with a conventional micro-post wick with homogeneous configuration. The experimental and numerical studies show that the capillary performance of the micro-post wick can be significantly enhanced, compared with the homogeneous type wick, by employing non-homogeneous configurations: a groove type wick and a square array type wick have 35% and 31% higher capillary performances, respectively, compared with the homogeneous type wick having equal post size. The capillary performance is shown to be primarily a function of the solid fraction and increases linearly with decreasing solid fraction, regardless of the wick c...
Heat pipes and other heat transfer applications use capillary-driven liquid motion to enhance perfor...
Presented here is the second of a two-part investigation, designed to systematically iden-tify and i...
Heat pipes and other heat transfer applications use capillary-driven liquid motion to enhance perfor...
Micro-post wick is a promising candidate for high-heat-flux applications due to its compatibility, h...
In this article, an advanced cooling surface based on micro-post arrays with non-homogeneous configu...
The capillary performance (K/R-eff) of the wick is a key design parameter for the thermal performanc...
The thermal and hydrodynamic performance of passive two-phase cooling devices such as heat pipes and...
The thermal and hydrodynamic performance of passive two-phase cooling devices such as heat pipes and...
The thermal and hydrodynamic performance of passive two-phase cooling devices such as heat pipes and...
The thermal and hydrodynamic performance of passive two-phase cooling devices such as heat pipes and...
This paper examines the so-called capillary performance of a freeform porous structure fabricated by...
The thermal and hydrodynamic performance of passive two-phase cooling devices such as heat pipes and...
The mass transport capacity (i.e., the capillary limit,) of homogeneous wicks is limited by the inve...
Heat pipes and other heat transfer applications use capillary-driven liquid motion to enhance perfor...
Heat pipes and other heat transfer applications use capillary-driven liquid motion to enhance perfor...
Heat pipes and other heat transfer applications use capillary-driven liquid motion to enhance perfor...
Presented here is the second of a two-part investigation, designed to systematically iden-tify and i...
Heat pipes and other heat transfer applications use capillary-driven liquid motion to enhance perfor...
Micro-post wick is a promising candidate for high-heat-flux applications due to its compatibility, h...
In this article, an advanced cooling surface based on micro-post arrays with non-homogeneous configu...
The capillary performance (K/R-eff) of the wick is a key design parameter for the thermal performanc...
The thermal and hydrodynamic performance of passive two-phase cooling devices such as heat pipes and...
The thermal and hydrodynamic performance of passive two-phase cooling devices such as heat pipes and...
The thermal and hydrodynamic performance of passive two-phase cooling devices such as heat pipes and...
The thermal and hydrodynamic performance of passive two-phase cooling devices such as heat pipes and...
This paper examines the so-called capillary performance of a freeform porous structure fabricated by...
The thermal and hydrodynamic performance of passive two-phase cooling devices such as heat pipes and...
The mass transport capacity (i.e., the capillary limit,) of homogeneous wicks is limited by the inve...
Heat pipes and other heat transfer applications use capillary-driven liquid motion to enhance perfor...
Heat pipes and other heat transfer applications use capillary-driven liquid motion to enhance perfor...
Heat pipes and other heat transfer applications use capillary-driven liquid motion to enhance perfor...
Presented here is the second of a two-part investigation, designed to systematically iden-tify and i...
Heat pipes and other heat transfer applications use capillary-driven liquid motion to enhance perfor...