Show sidebar
Show 30 45 60 75

Subsonic Flow over a Wavy Wall, by Rinku Mukherjee

,

Module 32: BL Separation with Pressure-Gradient-I, by Rinku Mukherjee

,

An Introduction to Normal Shocks, by Rinku Mukherjee

,

The Mach Number and Compressible Flow, by Rinku Mukherjee

,

The Method of Characteristics, by Rinku Mukherjee

,

Module 29: Similarity Solutions to Thermal BL-I, by Rinku Mukherjee

,

Example Problems in Normal Shocks, by Rinku Mukherjee

,

Similarity Rules and Transformed Coordinate System, by Rinku Mukherjee

,

Supersonic Flow Past a 3D Cone: Axisymmetric/Quasi 2D Flow, by Rinku Mukherjee

,

Module 30: Similarity Solutions to Thermal BL-II, by Rinku Mukherjee

,

The Shock Tube: Propagating Normal Shock and its Reflection from End Wall, by Rinku Mukherjee

,

Module 16: Derivation of Prandtls Laminar BL Equations-IV, by Rinku Mukherjee

,

Module 13: Derivation of Prandtls Laminar BL Equations-I, by Rinku Mukherjee

,

Module 37: Effect of Dissipation in Thermal BL-I, by Rinku Mukherjee

,

Supersonic Flow Past a 3D Cone at an Angle of Attack, by Rinku Mukherjee

,

Normal Shock in a Duct: Throat and Reservoir Conditions, by Rinku Mukherjee

,

Example Problems-1, by Rinku Mukherjee

,

Example Problems in Oblique Shocks, by Rinku Mukherjee

,

The Relation of Physical Properties across an Oblique Shock, by Rinku Mukherjee

,

Module 31: Similarity Solutions to Thermal BL-III, by Rinku Mukherjee

,

Example Problem Using Thin Airfoil Theory, by Rinku Mukherjee

,

Unsteady Shock Waves: The Shock Tube, by Rinku Mukherjee

,

Review of Basic Thermodynamics Continued, by Rinku Mukherjee

,

Example Problems-3, by Rinku Mukherjee

,

Module 33: BL Separation with Pressure Gradient-II, by Rinku Mukherjee

,

Application of the Method of Characteristics: Design of a Minimum Length Nozzle, by Rinku Mukherjee

,

Pressure-Deflection Relationship of Shocks, by Rinku Mukherjee

,

Introduction to Gas Dynamics & Review of Basic Thermodynamics, by Rinku Mukherjee

,

Critical Mach Number and Thin Airfoil Theory, by Rinku Mukherjee

,

L13-Gauss 2-Point Rule: Error, by Rekha P. Kulkarni

,