Канал: John Solomon

AIAA Aviation 2023 Flow Visualyzation entry-Solomon mp4

AIAA Aviation 2023 Flow Visualyzation entry-Solomon mp4

C17 Static equilibrium with friction

C17 Static equilibrium with friction

C16 Shear force and Bending moment

C16 Shear force and Bending moment

C15 Forces in simple trusses

C15 Forces in simple trusses

C14 Static equilibrium condition of a rigid body

C14 Static equilibrium condition of a rigid body

C13 An equivalent force-couple system

C13 An equivalent force-couple system

C12 Moment of force couple

C12 Moment of force couple

C11 Moment of force about a given axis

C11 Moment of force about a given axis

C10 Moment vector

C10 Moment vector

C9 Static equilibrium condition of a particle

C9 Static equilibrium condition of a particle

C8 Force vector resolution along an arbitrary direction

C8 Force vector resolution along an arbitrary direction

C7 3D force vector Physical sense to math expression

C7 3D force vector Physical sense to math expression

C6 3D force vector Direction cosines

C6 3D force vector Direction cosines

C5 Addition of force vectors

C5 Addition of force vectors

C3 Force Vector

C3 Force Vector

C4 Free body diagram

C4 Free body diagram

C21 2D PROJECTILE MOTION -RANGE

C21 2D PROJECTILE MOTION -RANGE

C22 2D PROJECTILE MOTION-MAXIMUM HEIGHT

C22 2D PROJECTILE MOTION-MAXIMUM HEIGHT

C19 2D PROJECTILE MOTION-VELOCITY AND DISPLACMENT

C19 2D PROJECTILE MOTION-VELOCITY AND DISPLACMENT

C17 MOTION WITH CONSTANT VELOCITY

C17 MOTION WITH CONSTANT VELOCITY

C18 MOTION WITH CONSTANT ACCELERATION

C18 MOTION WITH CONSTANT ACCELERATION

C20 2D PROJECTILE MOTION-TIME OF FLIGHT

C20 2D PROJECTILE MOTION-TIME OF FLIGHT

C16 NEWTON'S III LAW

C16 NEWTON'S III LAW

C15 NEWTON'S II LAW

C15 NEWTON'S II LAW

C14 NEWTON'S I LAW PART 2

C14 NEWTON'S I LAW PART 2

C13 NEWTON'S I LAW PART 1

C13 NEWTON'S I LAW PART 1

C12 INERTIAL AND NON-INERTIAL FRAMES OF REFERENCE

C12 INERTIAL AND NON-INERTIAL FRAMES OF REFERENCE

C6 VELOCITY VECTOR

C6 VELOCITY VECTOR

C52 BUCKINGHAM PI THEOREM

C52 BUCKINGHAM PI THEOREM

C11 ACCELERATION VECTOR

C11 ACCELERATION VECTOR

C10 RELATIVE VELOCITY II -MULTI REFERENCE FRAMES

C10 RELATIVE VELOCITY II -MULTI REFERENCE FRAMES

C9 THE RELATIVE VELOCITY I

C9 THE RELATIVE VELOCITY I

C51 DIMENSIONAL ANALYSIS-AN INTRO

C51 DIMENSIONAL ANALYSIS-AN INTRO

C8 VECTOR ADDITION- A PHYSICAL MEANING

C8 VECTOR ADDITION- A PHYSICAL MEANING

C8 VECTOR ADDITION -A PHYSICAL MEANING

C8 VECTOR ADDITION -A PHYSICAL MEANING

C7 POSITION AND DISPLACEMENT VECTOR II

C7 POSITION AND DISPLACEMENT VECTOR II

C2 VECTORS IN CARTESIAN CO-ORDINATES

C2 VECTORS IN CARTESIAN CO-ORDINATES

C50 NAVIER-STOKES EQUATION

C50 NAVIER-STOKES EQUATION

C1 PHYSICAL QUANTITIES

C1 PHYSICAL QUANTITIES

C5 SPEED

C5 SPEED

C4 DISTANCE VS DISPLACEMENT

C4 DISTANCE VS DISPLACEMENT

C49 Continuity equation_Differential form

C49 Continuity equation_Differential form

C2 POSITION AND DISPLACEMENT VECTOR I

C2 POSITION AND DISPLACEMENT VECTOR I

C1 SCALAR and VECTORS

C1 SCALAR and VECTORS

C48 conservation of energy 2

C48 conservation of energy 2

C47 conservation of energy 1

C47 conservation of energy 1

C45 Conservation of Linear Momentum 1

C45 Conservation of Linear Momentum 1

C46 Conservation of Linear Momentum 2

C46 Conservation of Linear Momentum 2

C44 Conservation of Mass 2

C44 Conservation of Mass 2

C43 Conservation of Mass 1

C43 Conservation of Mass 1

C42 Reynolds Transport Theorem

C42 Reynolds Transport Theorem

C41 Extensive and intensive properties

C41 Extensive and intensive properties

C40 system and control volume

C40 system and control volume

C39 acceleration field

C39 acceleration field

C38 streakline pathline

C38 streakline pathline

C37 1D 2D 3D flow

C37 1D 2D 3D flow

C36 Velocity field

C36 Velocity field

C35 orificemeter

C35 orificemeter

C32 Bernoulli equation

C32 Bernoulli equation

C31 inviscid flow

C31 inviscid flow

C30 streamlines

C30 streamlines

C29 steady flow

C29 steady flow

C28 stability of floating boadies

C28 stability of floating boadies

C34 venturimeter

C34 venturimeter

C33 Static stagnation total pressure

C33 Static stagnation total pressure

C00 NSF TIED UP HIGHLIGHT

C00 NSF TIED UP HIGHLIGHT

C11 CAVITATION

C11 CAVITATION

C0 INTRO TIED UP

C0 INTRO TIED UP

C12 Compressibility

C12 Compressibility

C21 Piezometer

C21 Piezometer

C18 Atmopheric pressure

C18 Atmopheric pressure

C2 Continuum1

C2 Continuum1

C27 buoyancy

C27 buoyancy

C1 DENSITY 3

C1 DENSITY 3

C16 Pascal's law

C16 Pascal's law

C14 Adiabatic Compression

C14 Adiabatic Compression

C17 Pressure variation in a static fluid

C17 Pressure variation in a static fluid

C5 1 VISCOSITY

C5 1 VISCOSITY

C7 SURFACE TENSION

C7 SURFACE TENSION

C4 SPECIFIC GRAVITY

C4 SPECIFIC GRAVITY

C13 Isothermal Compression

C13 Isothermal Compression

C5 0 VISCOSITY SUB CONCEPTS a f

C5 0 VISCOSITY SUB CONCEPTS a f

C9 VAPOR PRESSURE

C9 VAPOR PRESSURE

C23 Hydraulic Jack

C23 Hydraulic Jack

C8 CAPILLARITY

C8 CAPILLARITY

C6 PRESSURE OF FLUID

C6 PRESSURE OF FLUID

C20 Barometer

C20 Barometer

C25 hydrostatic force on a vertical surface

C25 hydrostatic force on a vertical surface

C26 hydrostatic force on curved surface

C26 hydrostatic force on curved surface

C3 SPECIFIC WEIGHT

C3 SPECIFIC WEIGHT

C19 absolute gauge vacuum pressure

C19 absolute gauge vacuum pressure

C15 Speed of sound

C15 Speed of sound

C10 SATURATION TEMPERATURE

C10 SATURATION TEMPERATURE

C22 U tube manometer

C22 U tube manometer

C24 hydrostatic force on horizontal surface

C24 hydrostatic force on horizontal surface