Fluid Statics
Lecture 01 Introduction
Lecture 02 Pressure At a Given Point In Liquid
Lecture 03 Pascal's Law, application And Its Paradox Concept
Lecture 04 Pressure Variation In Space And concept of Barometer Design
Lecture 05 Concept Of Simple And Modified Piezometer
Lecture 06 Single Column Vertical And Inclined Manometer
Lecture 07 Concept Of Simple U Tube Manometer
Lecture 08 Concept Of Differential Manometer
Lecture 09 Previous Year Questions 1
Lecture 10 Previous Year Questions 2
Lecture 11 Hydrostatics Pressure Forced On Plane Surface 1
Lecture 12 Hydrostatics Pressure Forced On Plane Surface 2
Lecture 13 Concept Of Various Types Of Gate & Problems Practice
Lecture 14 Hydrostatics Pressure Forced On Curved Surfaces
Lecture 15 Previous Year Questions 3
PART 2
Lecture 01 Concept Of Buoyancy Force
Lecture 02 Concept Of Floatation
Lecture 03 Concept Of Weighing Machine And Balloon
Lecture 04 Concept of Stability For Completely Submerged Body
Lecture 05 Concept Of Stability For Floating Body
Lecture 06 Important Point Regarding Floating Conditions
Lecture 07 Problems Practice Session On Floating Conditions
Lecture 08 Time Period Of Oscillation Of A Floating Body
Lecture 09 Concept Of Rolling And Pitching For A Floating Body
Lecture 10 Problems Practice On Buoyancy And Metacentre 0:23:17
Lecture 11 Fluid As A Rigid Body Motion On Horizontal Path 1
Lecture 12 Fluid As A Rigid Body Motion On Horizontal Path 2
Lecture 13 Fluid As A Rigid Body Motion On Vertical & Inclined Path
Lecture 14 Concept Of Free And Forced Vortex Motion
Lecture 15 Concept Of Forced Vortex Motion