|Name||Theory of Boundary Layer|
|Status||Compulsory/Courses of Limited Choice|
|Level and type||Post-graduate Studies, Academic|
|Field of study||Heat Engineering, Heat, Gas and Water Technology|
|Academic staff||Sergejs Vostrikovs, Sigurds Jaundālders|
|Credit points||4.0 (6.0 ECTS)|
Study course ``Theory of Boundary Layer `` is planned for extended studies of heat and mass transfer, fluid mechanics and aerodynamic theory and practical applications. The main emphasis is on the convective heat exchange and the related phenomena of flow mechanics. Basic topics: Hydrodynamic and thermal boundary layers. Laminar, transient and turbulent flows. Viscosity, compressible and incompressible flows. Differential equations of flow dynamics and heat mass transfer. Boundary layer evaluation and empirical relationships. Analytical and numerical methods for solving equations. Modeling and simulation methods. Empirical methods of heat exchange and flow mechanics..
Goals and objectives
of the course in terms
of competences and skills
|Gain knowledge of the boundary layer theory of the key issues: hydrodynamic and thermal boundary layer, laminar and turbulent boundary layer. Skills of evaluation, calculus and empirical relationship application. Ability to use the boundary theory concepts for equipment thermodynamics, heat transfer and fluid mechanics calculations and design.|
Ability to explain and analyze the heat and mass transfer, hydro-and aerodynamic processes taking place in nature and technological equipment in the terms and laws of boundary layer theory. - Assessment methods: Practical work, home calculation work, discussions, preparation and presentation of the paper, exam.
Criteria: Knowledge of heat and mass transfer laws, the ability to use the boundary layer theory concepts and frameworks in analysis.
The ability to perform independent heat transfer and flow dynamic calculations in technical facilities and installations with the viscous flow convective heat exchange. - Assessment methods: Practical work, home calculation work, discussions, preparation and presentation of the paper, exam. Criteria: Knowledge of the boundary layer theory and laws of heat transfer, the ability to use the boundary theory concepts and framework for practical calculations.
Spēja analizēt eksperimentālās metodes un datormodelēšanas iespējas robežslāņa pētījumos. - Assessment methods: Practical work, discussions, exam. Criteria: Technical means and methods of measuring, knowledge and skills to operate with them. Ability to justify the choice of measurement methods.
|Course prerequisites||Physics, technical termodynamics|