'Heated surface' diaporamas de présentation

PM3125: Lectures 4 to 6

PM3125: Lectures 4 to 6. Content of Lectures 1 to 6: Heat transfer: Source of heat Heat transfer Steam and electricity as heating media Determination of requirement of amount of steam/electrical energy Steam pressure Mathematical problems on heat transfer. Heat Transfer.

1.74k views • 80 slides

Interpreting non-equilibrium thermoreflectance experiments to sort phonon contributions to thermal conductivity

Interpreting non-equilibrium thermoreflectance experiments to sort phonon contributions to thermal conductivity. Jonathan A. Malen with help from: Keith Regner , Justin Freedman, Ankit Jain, and Alan McGaughey PTES 2014, Shanghai. PhD Students In My Lab. Wee- Liat. Keith. Shub.

704 views • 42 slides

External Flow: The Flat Plate in Parallel Flow

External Flow: The Flat Plate in Parallel Flow. Chapter 7 Section 7.1 through 7.3. Overall Reynolds number: Critical Reynolds number for smooth surface:. Boundary Layer. Physical Features. For rough surface, the flow may be turbulent throughout. Thermal Boundary Layer.

383 views • 17 slides

Shallow frying and Deep frying

Unit 110. Shallow frying and Deep frying. Aims of Today. Identify information needed to describe the processes of Shallow and Deep frying. Difference between Shallow frying and Deep frying.

1.2k views • 15 slides

1869 - Mendeleev: published the periodic table

108 views • 1 slides