Experimental setup has been designed and manufactured to study the evaporation processes in the bubble meniscus. New method for accurate measurements of local heat transfer has been proposed in collaboration with Kyushu University. Two side transparent coatings (thin film uniform heater and an array of temperature micro-sensors) are developed on sapphire substrates. Application of such substrate allows one to investigate heat transfer in the vicinity of the contact line. The shadow technique is used to define shape and contact angles of bubble
In order to enhance the fundamental understanding of thin film evaporation and thereby improve the c...
The aim of this study is to provide a better insight into the heat transfer mechanisms involved in s...
The present study is performed to numerically analyze an evaporating meniscus on a moving heated sur...
Experimental setup has been designed and manufactured to study the evaporation processes in the bubb...
Evaporation from a meniscus of heptane liquid in a V-groove geometry is experimentally investigated....
A microscale temperature measurement technique was used to investigate the heat transfer at an evapo...
Thin-film evaporation from a meniscus in a confined space, which is the basis for many two-phase coo...
A stable meniscus is formed between a needle dispensing water over a heated circular face of a rotat...
An experimental study is conducted to investigate the micro-scale heat transfer at an evaporating mo...
The basis of operation for two-phase devices such as heat pipes and vapor chambers is phase change h...
The purpose of this study is to analytically assess the local heat transfer coefficients by using th...
Thin-film evaporation from a meniscus in a confined space, which is the basis for many two-phase coo...
Heat transfer augmentation resulting from the effects of two phase flow can play a significant role ...
A measurement technique is presented that uses a new dilatometer measuring device to determine the i...
In the present work the bubble diameter, heater surface temperature distribution, and local heat flu...
In order to enhance the fundamental understanding of thin film evaporation and thereby improve the c...
The aim of this study is to provide a better insight into the heat transfer mechanisms involved in s...
The present study is performed to numerically analyze an evaporating meniscus on a moving heated sur...
Experimental setup has been designed and manufactured to study the evaporation processes in the bubb...
Evaporation from a meniscus of heptane liquid in a V-groove geometry is experimentally investigated....
A microscale temperature measurement technique was used to investigate the heat transfer at an evapo...
Thin-film evaporation from a meniscus in a confined space, which is the basis for many two-phase coo...
A stable meniscus is formed between a needle dispensing water over a heated circular face of a rotat...
An experimental study is conducted to investigate the micro-scale heat transfer at an evaporating mo...
The basis of operation for two-phase devices such as heat pipes and vapor chambers is phase change h...
The purpose of this study is to analytically assess the local heat transfer coefficients by using th...
Thin-film evaporation from a meniscus in a confined space, which is the basis for many two-phase coo...
Heat transfer augmentation resulting from the effects of two phase flow can play a significant role ...
A measurement technique is presented that uses a new dilatometer measuring device to determine the i...
In the present work the bubble diameter, heater surface temperature distribution, and local heat flu...
In order to enhance the fundamental understanding of thin film evaporation and thereby improve the c...
The aim of this study is to provide a better insight into the heat transfer mechanisms involved in s...
The present study is performed to numerically analyze an evaporating meniscus on a moving heated sur...