Fluid Mechanics Archives - NiYo

Adjustable bed flow channel - FM07

Adjustable Bed Flow Channel
FM07

Electrical Analogy Apparatus
FM08

Hydrostatic Bench Model - FM09

Hydrostatic Bench
FM09

Hydraulic Bench Model - FM10A

Hydraulic Bench Model
FM10A

Losses in Pipe Fittings And Pipe Bends - FM10B

Losses in Pipe Fittings And Pipe Bends
FM10B

Impact of Jet - FM10C

Impact of Jet
FM10C

Losses in Pipes - FM10D

Losses in Pipes
FM10D

Bernoulli’s Theorem - FM10E

Bernoulli’s Theorem
FM10E

Centre of Pressure Apparatus - FM11F

Center of Pressure
FM10F

Stability of Floating Body - FM10G

Stability of Floating Body
FM10G

Free and Forced Vortices - FM10H

Free and Forced Vortices
FM10H

Orifice and Mouthpiece - FM10I

Orifice and Mouthpiece
FM10I

Notch Apparatus - FM10J

Notch Apparatus
FM10J

Venturi-Orificemeter and Rotameter - FM10K

Venturi-Orificemeter and Rotameter
FM10K

Reynolds Apparatus - FM10L

Reynolds Apparatus
FM10L

Pitot Tube - FM10M

Pitot Tube
FM10M

Losses in Pipe Fittings and Pipe Bends - FM11B

Losses in Pipe Fittings And Pipe Bends (Stand-alone)
FM11B

Impact of Jet (Stand-alone) - FM11C

Impact of Jet (Stand-alone)
FM11C

Losses in Pipes (Stand-alone) - FM11D

Losses in Pipes (Stand-alone)
FM11D

Bernoulli’s Theorem Apparatus - FM11E

Bernoulli’s Theorem (Stand-alone)
FM11E

Center of Pressure (Stand-alone)
FM11F

Stability of Floating Body (Stand-alone)
FM11G

Free and Force Vortices Apparatus - FM11H

Free and Forced Vortices (Stand-alone)
FM11H

Orifice and Mouthpiece (Stand-alone) - FM11I

Orifice and Mouthpiece (Stand-alone)
FM11I

Notch Apparatus - FM11J

Notch Apparatus (Stand-alone)
FM11J

Venturi-Orifice Meter Apparatus - FM11K

Venturi-Orificemeter and Rotameter (Stand-alone)
FM11K

Reynolds Apparatus (Stand-alone) - FM11L

Reynolds Apparatus (Stand-alone)
FM11L

Pitot Tube Apparatus - FM11M

Pitot Tube (Stand-alone)
FM11M

Computerized Hydraulic Bench
FM12