Model Elements and Network Solutions of Heat, Mass and Momentum Transport Processes

1. Introduction
George L. Danko

2. Phenomenological Properties and Constitutive Equations of Transport Processes
George L. Danko

3. Conservation of a Scalar Extensive in Integral Form
George L. Danko

4. Conservation of a Scalar Extensive in Differential Form
George L. Danko

5. Conservation of a Scalar Extensive in a State-Flux, Space-Time, Finite-Volume Cell
George L. Danko

6. Conservation of Energy in Integral, Differential, and State-Flux Forms
George L. Danko

7. Transport Models for Mechanical Energy
George L. Danko

8. Transport Models for Thermal Energy
George L. Danko

9. Conservation of Momentum in Integral, Differential, and State-Flux Forms
George L. Danko

10. Conservation of Diffusive Mass Component in State-Flux Forms
George L. Danko

11. Synopsis and Examples of State-Flux Transport Network Models
George L. Danko

Keywords: Engineering, Engineering Thermodynamics, Heat and Mass Transfer, Thermodynamics, Numerical Analysis