Fluid Mechanics is one of the core and vast subjects of GATE & mechanical engineering describes the behavior of water under static and dynamic forms. Fluid Machinery is the perfect approach to understand other subjects like turbomachinery, heat and mass transfer, etc. and thus carries a decent weightage in GATE. The most important topics from Fluid Mechanics are Fluid Kinematics, Fluid Measurement, Hydraulic Machines, Manometry and Buoyancy, Bernoulli’s Equation, Control-Volume Analysis of Mass, Momentum, and Energy, Boundary Layer, etc. Learners can expect an average of 8 to 10 marks from Fluid Mechanics in GATE Paper.
Lecture Number | Topic Name | Video Link |
Lecture-1 | Fluid & Its Properties | Lec – 1 | Watch now |
Lecture-2 | Fluid & Its Properties | Lec – 2 | Watch now |
Lecture-3 | Fluid & Its Properties | Lec – 3 | Watch now |
Lecture-4 | Fluid & Its Properties | Lec – 4 | Watch now |
Lecture-5 | Fluid & Its Properties | Lec – 5 | Watch now |
Lecture-6 | Fluid & Its Properties | Lec – 6 | Watch now |
Lecture-7 | Fluid & Its Properties | Lec – 7 | Watch now |
Lecture-8 | Fluid & Its Properties | Lec – 8 | Watch now |
Lecture-9 | Hydrostatic Forces | Lec – 9 | Watch now |
Lecture-10 | Hydrostatic Forces | Lec – 10 | Watch now |
Lecture-11 | Hydrostatic Forces | Lec – 11 | Watch now |
Lecture-12 | Hydrostatic Forces | Lec – 12 | Watch now |
Lecture-13 | Hydrostatic Forces | Lec – 13 | Watch now |
Lecture-14 | Hydrostatic Forces (Various Cases-2) | Lec – 14 | Watch now |
Lecture-15 | Condition of Flotation | Lec – 15 | Watch now |
Lecture-16 | Condition of Sinking | Lec – 16 | Watch now |
Lecture-17 | Fluid Mechanics Revision (Part 1) | Lec – 17 | Watch now |
Lecture-18 | Velocity & Acceleration | Watch now |
Lecture-19 | Problems on Velocity & Acceleration | Watch now |
Lecture-20 | Material Derivative | Watch now |
Lecture-21 | Types of Fluid Flow | Watch now |
Lecture-22 | Problems on Fluid Flow | Watch now |
Lecture-23 | Types of Fluid Lines | Watch now |
Lecture-24 | Problems on Fluid Lines | Watch now |
Lecture-25 | Concept of Discharge & Mass Flow Rate | Watch now |
Lecture-26 | Average Velocity | Watch now |
Lecture-27 | Continuity Equation – I | Watch now |
Lecture-28 | Continuity Equation -2 | Watch now |
Lecture-29 | Problems on Continuity Equation – I | Watch now |
Lecture-30 | Problems on Continuity Equation 2 | Watch now |
Lecture-31 | Problems on Continuity Equation – 3 | Watch now |
Lecture-32 | Linear Strain Rate | Watch now |
Lecture-33 | Shear Strain Rate | Watch now |
Lecture-34 | Angular Velocity Vector | Watch now |
Lecture-35 | Problems on Strain Rate & Angular Velocity | Watch now |
Lecture-36 | Problems on Fluid Kinematics | Watch now |
Lecture-37 | Strain rate Tensor & Vorticity | Watch now |
Lecture-38 | Circulation | Watch now |
Lecture-39 | Problems on Vorticity & Circulation | Watch now |
Lecture-40 | Velocity Potential Function | Watch now |
Lecture-41 | Stream Function | Watch now |
Lecture-42 | Problems on Velocity Potential & Stream Function | Watch now |
Lecture-43 | Flow Net | Watch now |
Lecture-44 | Problems on Fluid Kinematics | Watch now |
Lecture-45 | ESE PYQs ( Conventional Questions ) | Watch now |
Lecture-46 | ESE & PSUs Special 50 Questions In 50 Minutes | Watch now |
Lecture-47 | Problems on Fluid Kinematics | Watch now |
Lecture-48 | Venturimeter – 1 | Watch now |
Lecture-49 | Venturimeter – 2 | Watch now |
Lecture-50 | Venturimeter – 3 | Watch now |
Lecture-51 | Orificemeter | Watch now |
Lecture-52 | Linear Momentum Equation | Watch now |
Lecture-53 | Angular Momentum Equation | Watch now |
Lecture-54 | Reynolds Number | Watch now |
Lecture-55 | Fully Developed flow | Watch now |
Lecture-56 | Shear stress Distribution & Velocity Distribution | Watch now |
Lecture-57 | Discharge, Mass flow rate, Average velocity | Watch now |
Lecture-58 | Pressure Drop & Head Loss | Watch now |
Lecture-59 | Momentum & Kinetic Energy Correction factors | Watch now |
Lecture-60 | Hydraulic Gradient & Total Energy Line – 1 | Watch now |
Lecture-61 | Hydraulic Gradient & Total Energy Line – 2 | Watch now |
Lecture-62 | Turbulent Flow | Lec 1 | Turbulent Flow | Watch now |
Lecture-63 | Shear Stress & Velocity Distribution | Lec 2 | Turbulent Flow | Watch now |
Lecture-64 | Equations for Smooth & Rough Pipes | Lec 3 | Turbulent Flow | Watch now |
Lecture-65 | Friction Factor & Moody’s Diagram | Lec 4 | Turbulent Flow | Watch now |
Lecture-66 | Basics & Boundary Layer Thickness| Lec 1 | Boundary Layer Theory, | Watch now |
Lecture-67 | Reynolds Number & Velocity Distribution | Lec 2 | Boundary Layer Theory, | Watch now |
Lecture-68 | Velocity Distribution & Near Wall Shear Stress | Lec 3 | Boundary Layer Theory, | Watch now |
Lecture-69 | Displacement Thickness, Definition & Expression | Lec 4 | Boundary Layer Theory | Watch now |
Lecture-70 | Physical Meaning of Displacement Thickness | Lec 5 | Boundary Layer Theory | Watch now |
Lecture-71 | Momentum Thickness, Definition & Expression | Lec 6 | Boundary Layer Theory | Watch now |
Lecture-72 | Momentum Thickness for Various Velocity Distributions & Shape Factor | Lec 7 | Boundary Layer Theory | Watch now |
Lecture-73 | Energy Thickness, Definition & Expression | Lec 8 | Boundary Layer Theory | Watch now |
Lecture-74 | Von Karman Momentum Integral Equation | Lec 9 | Boundary Layer Theory | Watch now |
Lecture-75 | Local Wall Shear Stress | Lec 10 | Boundary Layer Theory | Watch now |
Lecture-76 | Skin Friction Drag Force | Lec 11 | Boundary Layer Theory | Watch now |
Lecture-77 | Prandtl’s Boundary Layer Equations | Lec 12 | Boundary Layer Theory | Watch now |
Lecture-78 | Blasius Equation & Results | Lec 13 | Boundary Layer Theory | Watch now |