Marius Vermaak said:Is a graduate level forced convection going to cover two phase flow?
Nidum said:You might get a brief introduction to the subject but very little more than that .
Two phase heat transfer problems are very much more difficult to work on than one phase problems . Apart from the actual heat transfer problem in vicinity of the heat transfer surfaces there are usually complex and energetic flow patterns in the bulk fluids to deal with .
Do you have a specific problem that you want to look at ?
I wish I could help with this, but I have little experience with two phase flow problems like that described by the OP. I would start by looking in Transport Phenomena by Bird, Stewart, and Lightfoot, and seeing whether they have anything specific on boiling heat transfer (and the resulting flow), or if they cite any references.Nidum said:You asked specifically about undergraduate work . More generally there is extensive literature on this subject . I'm sure that @Chestermiller will be able to tell you where to find some of the better material .
Two phase heat transfer is actually to be found commonly in many types of industrial equipment and there has been extensive theoretical research and practical development of methods to do the calculations necessary and to come up with practical equipment designs .
You may be able to gain a lot of understanding of this subject by looking at actual equipment designs and at published work which deals with the design of equipment and necessary calculations in a more practical rather than purely theoretical manner .
Two phase flow boiling is a type of heat transfer process that occurs when a liquid is heated and vaporized, leading to the formation of two phases - liquid and vapor - within the flow. This phenomenon is commonly seen in industrial processes such as power generation and refrigeration.
A graduate level textbook on two phase flow boiling is necessary because it provides a comprehensive and in-depth understanding of the complex phenomena involved in this heat transfer process. It covers advanced topics and equations that are not typically covered in undergraduate courses, making it essential for students pursuing higher education in this field.
The target audience for a graduate level two phase flow boiling textbook would be students and researchers in the fields of mechanical engineering, chemical engineering, and thermal sciences. It may also be useful for professionals working in industries where two phase flow boiling is relevant.
A graduate level textbook on two phase flow boiling may cover topics such as thermodynamics, fluid mechanics, heat transfer, phase change phenomena, and multiphase flow dynamics. It may also delve into more advanced topics such as nucleate boiling, film boiling, and critical heat flux.
This textbook can be used as a reference for engineers and researchers working on projects involving two phase flow boiling. It provides a theoretical foundation and equations for understanding and analyzing real-world systems. It can also serve as a guide for designing and optimizing heat transfer systems involving two phase flow boiling.