Fluid Mechanics / Hydraulic Lab Equipment
Fluid Mechanics / Hydraulic Lab Equipment
FLUID MECHANICS |
|
| FM 01 | Tilting Flume >>>> |
| FM 01(b) | Tilting Flume (Computerized) >>>> |
| FM 02 | Apparatus for Calibration of Nozzlemeter |
| FM 03 | Apparatus for Calibration of Orificemeter |
| FM 04 | Apparatus for Calibration of Rotameter |
| FM 05 | Apparatus for Calibration of Venturimeter |
| FM 06 | Apparatus for Verification of Bernoulli’s Theorem >>>> |
| FM 07 | Apparatus for Conducting Orifice/Mouthpiece Experiments (Cd,CC,CV of Orifce) >>>> |
| FM 08 | Apparatus for Determination of Losses in Pipes and Fittings >>>> |
| FM 09 | Apparatus for Measuring Discharge through Weirs |
| FM 10 | Apparatus for Study of Laminar and Turbulent Flow in Pipes |
| FM 11 | Darcy’s Law Apparatus |
| FM 13 | Demonstration of Surges due to Sudden Closure of Valve at Discharge End |
| FM 14 | Electrical Analogy Apparatus |
| FM 15 | Flat Bottomed Vessel (Metacentric Height Apparatus) |
| FM 16 | Flow through Fluidized Bed |
| FM 17 | Flow through Packed Bed |
| FM 18 | Free and Forced Vortex Apparatus |
| FM 19 | Heleshaw Apparatus |
| FM 20 | Impact of Jet Apparatus >>>> |
| FM 21 | Laminar Flow Apparatus |
| FM 22 | Notch Apparatus >>>> |
| FM 23 | Pipe Friction Apparatus (for different diameters) >>>> |
| FM 24 | Pipe Friction Apparatus (for Rough & smooth pipes) |
| FM 25 | Pitot Static Tube Apparatus |
| FM 26 | Pressure Measurement Apparatus |
| FM 27 | Reynolds Apparatus >>>> |
| FM 28 | Stokes Law Apparatus |
| FM 29 | Towing Tank Trolley |
| FM 30 | Turbulent Flow Apparatus |
| FM 31 | WIND TUNNEL |
| (a) Close Circuit Wind Tunnel | |
| (b) Open Circuit Wind Tunnel (sub Sonic) | |
| FM 32 A | HYDRAULIC BENCH >>>> |
| (a) Apparatus for Conducting Orifice/Mouthpiece Experiments (Cd,CC,CV of Orifce) | |
| (b) Apparatus for Determination of Losses in Pipes and Fittings | |
| (c) Apparatus for Verification of Bernoulli’s Theorem | |
| (d) Flow measurement Apparatus by Venturi meter and orifice meter | |
| (e) Impact of Jet Apparatus | |
| (f) Notch Apparatus | |
| (g) Pipe Friction Apparatus (for different diameters) | |
| (h) Apparatus for Verification of Bernoulli’s Theorem(h) Pitot Static Tube Apparatus | |
| FM 32 B | Computerized Hydraulic Bench >>>> |
| FM 33 | Flow measurement Apparatus by Venturimeter and orificemeter |
FLUMES |
|
| HF 01 | Bed Profile Indicator |
| HF 02 | Cut Throat Flume |
| HF 03 | Fixed bed Type Flume |
| HF 04 | H Flume |
| HF 05 | HF Flume |
| HF 06 | HS Flume |
| HF 07 | Parshal Flume |
| HF 08 | Replogle Flume |
| HF 09 | Tilting bed Type Hydraulic Flume |
NOTCHES AND WEIR |
|
| HNW 01 | Broad Crested Weir |
| HNW 02 | Cipolleti Weir |
| HNW 03 | Rectangular Notch |
| HNW 04 | Sharp Crested Weir |
| HNW 05 | Spillway |
| HNW 06 | Trapezoidal Notch |
| HNW 07 | V-Notch |
WATER LEVEL MEASURING EQUIPMENTS |
|
| HWL 01 | Electronic Pointer Gauge |
| HWL 02 | Electronic Water Level Indicator (digital display Type) |
| HWL 03 | Hook or Pointer Gauge |
| HWL 04 | Water Level Indicator with Continuous Recorder |
| HWL 05 | Water Level Indicator with Printer |
MANOMETERS |
|
| HMA 01 | Inclined Manometer |
| HMA 02 | Inverted U-Tube Manometer |
| HMA 03 | Multi Tube Manometer |
| HMA 04 | Simple Manometer |
| HMA 05 | U-Tube Differential Manometer |
FLOW METER |
|
| HFM 01 | Bend Meter |
| HFM 02 | Cup Type Current Meter (Field pattern) |
| HFM 03 | Mini Propeller Type Current Meter |
| HFM 04 | Nozzlemeter |
| HFM 05 | Orificemeter |
| HFM 06 | Pitot Cylinder |
| HFM 07 | Pitot Meter (Kennedy pattern) |
| HFM 08 | Pitot Tube |
| HFM 09 | Propeller Type Current Meter (Field pattern) |
| HFM 10 | Pygmy Cup Type Current Meter with Electronic Counter |
| HFM 11 | Rota Meter |
HYDROLOGICAL EQUIPMENTS |
|
| HYL 01 | Infiltrometers (Double Ring) |
| HYL 02 | Pan Evaporimeter |
| HYL 03 b | RainFall Simulation Systems >>>> |
| HYL 04 | Three Cup Counter Anemometer |
| HYL 05 | Water Level Stage Recorder (Daily or Weekly Type) |
| HYL 06 | Wind Vane |
Fluid mechanics is the branch of physics concerned with the mechanics of fluids (liquids, gases, and plasmas) and the forces on them. Fluid mechanics has a wide range of applications, including mechanical engineering, civil engineering, chemical engineering, biomedical engineering, geophysics, astrophysics, and biology. Fluid mechanics can be divided into fluid statics, the study of fluids at rest; and fluid dynamics, the study of the effect of forces on fluid motion. It is a branch of continuum mechanics, a subject which models matter without using the information that it is made out of atoms; that is, it models matter from a macroscopic viewpoint rather than from microscopic. Fluid mechanics, especially fluid dynamics, is an active field of research with many problems that are partly or wholly unsolved. Fluid mechanics can be mathematically complex, and can best be solved by numerical methods, typically using computers. A modern discipline, called computational fluid dynamics (CFD), is devoted to this approach to solving fluid mechanics problems. Particle image velocimetry, an experimental method for visualizing and analyzing fluid flow, also takes advantage of the highly visual nature of fluid flow.