Fluid Mechanics Lab Equipment

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A Venturimeter apparatus is a hydraulic equipment used to measure the flow rate (discharge) of incompressible fluids flowing through a pipe. It works on the principle of Bernoulli’s theorem, which states that an increase in velocity is accompanied by a decrease in pressure. Main Components 1. Inlet Section • A straight pipe section where fluid enters. 2. Converging Cone • Gradually reduces diameter, increasing fluid velocity and decreasing pressure. 3. Throat Section • Narrowest part of the Venturimeter. • Maximum velocity, minimum pressure. 4. Diverging Cone • Expands diameter, reducing velocity and recovering pressure. 5. Manometer / Differential Pressure Gauge • Measures pressure difference between the inlet and throat. 6. Water Supply System • Supply pump with flow control valve. 7. Collecting Tank (optional) • Used to determine discharge manually. ⸻ Working Principle • Fluid enters the Venturimeter through the inlet. • As it passes through the converging section into the throat, its velocity increases and pressure drops. • The pressure difference between inlet and throat is measured using a manometer. • Using this pressure difference, flow rate is calculated using standard Venturi equations.

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The Bernoulli’s theorem apparatus is a laboratory setup used to demonstrate and verify Bernoulli’s principle, which states that for an incompressible, non-viscous fluid in steady flow, the sum of pressure head, velocity head, and elevation head remains constant along a streamline. ⸻ Main Components 1. Converging–Diverging Duct (Venturi Section): A transparent acrylic duct with gradually varying cross-section. 2. Piezometer Tubes / Manometer: Multiple tapping points along the duct connected to piezometer tubes to measure pressure heads at different sections. 3. Water Supply Tank & Pump: Provides a continuous and regulated water flow through the test section. 4. Flow Control Valve: Regulates the discharge in the test section. 5. Measuring Tank & Stopwatch: Used to determine the actual discharge by volumetric method. 6. Scale / Graduated Board: For reading piezometer tube levels. ⸻ Working Principle • Water is allowed to flow steadily through the converging–diverging section. • As per Bernoulli’s theorem: \frac{p}{\rho g} + \frac{V^2}{2g} + z = \text{Constant} where • \frac{p}{\rho g} = Pressure head • \frac{V^2}{2g} = Velocity head • z = Elevation head • At the throat (narrow section), velocity increases and pressure decreases, which is indicated by the fall of piezometer levels. • By measuring piezometer readings and discharge, Bernoulli’s equation is verified experimentally. ⸻ Applications • Verification of Bernoulli’s theorem in hydraulics laboratories. • Demonstrates energy conversion between pressure head and velocity head. • Helps in understanding flow behavior in nozzles, Venturi meters, and orifices.

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We are engaged in offering Darcy Law Apparatus product to our clients. Our range of this products is widely appreciated by our clients

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We are engaged in offering Slip And Creep Measurement Apparatus product to our clients. Our range of this products is widely appreciated by our clients

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We are engaged in offering Coriolis Component Apparatus product to our clients. Our range of this products is widely appreciated by our clients

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Fluid mechanics laboratory equipment consists of various instruments and apparatus used to study the behavior and properties of fluids (liquids and gases) in motion and at rest. These tools enable students and researchers to conduct experiments on fluid flow, pressure, velocity, viscosity, and related phenomena to understand fundamental fluid mechanics principles.

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The Computerized Petrol Engine Test Rig is an advanced laboratory apparatus used to study and analyze the performance of a petrol (spark-ignition) engine with the aid of computer-based data acquisition. It typically consists of a four-stroke, single or multi-cylinder petrol engine coupled with a dynamometer to apply load and measure output power. The rig is equipped with various sensors to monitor engine parameters such as speed, torque, fuel consumption, air flow, and temperatures at different points. All sensor data is collected and displayed in real time on a computer interface, enabling detailed analysis and plotting of performance curves such as brake power, thermal efficiency, and specific fuel consumption.

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We are engaged in offering Friction Pipe Line Apparatus product to our clients. Our range of this products is widely appreciated by our clients

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We are engaged in offering Pipe Friction Apparatus product to our clients. Our range of this products is widely appreciated by our clients

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The hydraulic bench is a self-contained, portable, water supply and measurement unit used as a base for conducting a wide variety of hydraulic experiments in the laboratory. It provides a controlled water supply, circulation, and accurate flow measurement, making it an essential tool in fluid mechanics and hydraulics labs. ⸻ Main Components 1. Water Storage Tank (Sump Tank): Stores water for recirculation. 2. Centrifugal Pump: Delivers water from the sump to the experimental setup. 3. Control Valves: Regulate the water flow to different test apparatus. 4. Measuring Tank with Graduated Scale: Collects discharged water to measure flow rate (volume collected over time). 5. Stopwatch: Used along with the measuring tank to determine discharge accurately. 6. Flexible Hoses / Connections: For easy attachment of different hydraulic experiment units (e.g., Bernoulli’s theorem apparatus, orifice meter, Venturi meter, notch apparatus, etc.). ⸻ Working Principle • The pump draws water from the sump tank and delivers it to the connected hydraulic experiment. • After passing through the experiment setup, water is discharged into the measuring tank. • The discharge is measured volumetrically by noting the time taken to collect a known volume of water. • Finally, water drains back into the sump tank, enabling continuous recirculation. ⸻ Applications • Provides water supply and flow measurement for multiple fluid mechanics experiments (Bernoulli’s theorem, orifices, notches, Venturi meter, hydraulic jump, impact of jet, etc.). • Ensures closed-loop water circulation, saving water in laboratories. • Essential in teaching and research labs to study hydraulic principles.

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We are engaged in offering Rotameter Test Rig product to our clients. Our range of this products is widely appreciated by our clients

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We are engaged in offering Venturimeter And Orifice Meter Apparatus product to our clients. Our range of this products is widely appreciated by our clients

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The Laminar Flow Apparatus is a laboratory setup designed to study and demonstrate laminar flow characteristics in fluids flowing through pipes or channels. It helps in understanding the flow behavior where fluid moves in parallel layers with no disruption between them, typically at low velocities and Reynolds numbers.

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We are engaged in offering Reynolds Number Apparatus product to our clients. Our range of this products is widely appreciated by our clients

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We are engaged in offering Fluidized Bed Heat Transfer Unit product to our clients. Our range of this products is widely appreciated by our clients

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The setup consists of a channel having sufficient length and width in which water is supplied from the bottom. Required Notch is fitted at one end of this channel. A pointer gauge with Vernier scale is fitted to measure the height of fluid in flow channel. Arrangement for fixing interchangeable notches is made. Set of three notches, i.e. rectangular notch, 60 V notch 45 V notch is provided along with the set-up. Present set-up is self-contained water re-circulating unit, provided with a sump tank and a centrifugal pump etc. Flow control valve and by-pass valve are fitted in water line to conduct the experiment on different flow rates. Flow rate of water is measured with the help of measuring tank and stopwatch. To determine co-efficient of discharge (Cd) through: V notch 45° V notch 60° Rectangular Notch. Required for Operation: Water Supply. Drain. Technical Specifications: Notches : Material Brass Rectangular Notch 45° V Notch 60° V Notch Pointer Gauge : With Vernier scale. Water Circulation : FHP Pump Crompton make. Flow Measurement : Using Measuring Tank with Piezometer, Capacity 25 Ltrs. Stop Watch : Electronic. The whole set-up is ingeniously designed and schematically arranged on a powder-coated rigid structure Control Panel: Standard make On/Off switch, Mains Indicator etc.

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The Pitot Tube Apparatus is an experimental setup used to measure the velocity of fluid flow in a pipe or channel using the principle of pressure difference. The apparatus consists of a Pitot tube, which is a small L-shaped tube inserted into the flow stream. It measures the stagnation (total) pressure at its front opening and the static pressure through side openings on the pipe wall. The pressure difference between stagnation and static pressures is related to the velocity head of the fluid, which can be calculated using Bernoulli’s equation. ⸻ Main Components 1. Pitot Tube – L-shaped tube for measuring stagnation pressure. 2. Manometer – U-tube manometer (or digital pressure gauge) connected to the Pitot tube and static tap to record pressure difference. 3. Transparent Pipe/Channel – Carries the fluid (usually water or air) where the Pitot tube is inserted. 4. Pump/Blower – Provides continuous fluid flow through the system. 5. Control Valves – To regulate discharge and flow rate. 6. Measuring Tank / Volumetric Tank – Used to measure the actual flow rate for comparison. ⸻ Working Principle • When fluid enters the open end of the Pitot tube, it comes to rest (stagnates), creating stagnation pressure. • The static pressure is measured at the side wall of the pipe. • The difference in levels in the manometer gives the pressure difference (ΔP). • Using Bernoulli’s theorem, velocity is calculated as: V = \sqrt{\frac{2 \Delta P}{\rho}} where: • V = velocity of fluid • \Delta P = pressure difference • \rho = density of fluid ⸻ Applications • Measuring flow velocity in pipes and open channels. • Calibration of flow meters. • Study of Bernoulli’s principle in hydraulics labs. Pitot tube apparatus Fluid mechanics lab manufacturers ambala cantt Pitot tube Pitot static tube apparatus Tube appartus

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We are engaged in offering Center Of Pressure Apparatus product to our clients. Our range of this products is widely appreciated by our clients

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The Fluid and Hydrostatic Bench is a versatile laboratory setup used to study various fundamental concepts of fluid mechanics and hydrostatics. It helps students and researchers perform experiments related to fluid pressure, buoyancy, flow measurement, and hydrostatic forces.

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The Fluid Mechanics Lab is a specialized laboratory designed to study the behavior and properties of fluids (liquids and gases) under various conditions. It provides hands-on experience with fundamental fluid mechanics concepts through experiments, helping students and researchers understand fluid flow, pressure, velocity, and related phenomena.

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The Basic Hydrology Apparatus is a collection of instruments and devices used in laboratories and field studies to simulate, measure, and analyze fundamental hydrological processes such as rainfall, runoff, infiltration, and flow in water bodies. It is primarily used in civil and environmental engineering education and research.

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Centrifugal Pump Test Rigs are laboratory setups used to study the performance characteristics of centrifugal pumps under different operating conditions. These rigs help in understanding how pumps behave in terms of flow rate, head, efficiency, and power consumption, which is essential for design, selection, and troubleshooting.

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A pontoon is allowed to float in a small tank having a transparent side. Removable steel strips placed in the model for the purpose of changing the weight of the model. Displacement of weight is measured with the help of a scale. By means of a pendulum (consisting of a weight suspended to a long pointer) the angle of tilt can be measured on a graduated arc. For tilting the ship model, a cross bar with movable hanger is fixed on the model. Pendulum and graduated arc are suitably fixed at the center of the cross bar. A set of weights is supplied with the apparatus. EXPERIMENTATION : Determination of the metacentric height and position of the metacentric height with angle of heel of ship model.

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The apparatus has been designed to demonstrate the phenomenon of cavitation. The present set-up consists of a test section made of Acrylic having conversion and diversion section. Pressure tapings at appropriate position are provided. This test section is having one control valve at upstream side to regulate the water flowrate. Two pressure gauges are connected to these taping which give the pressure readout at the time of flow passing through this test section. Present set-up is self-contained water re-circulating unit, provided with a sump tank, centrifugal pump etc. Water is pumped by means of centrifugal pump and passing through the test section, it returns back to the sump which make the system re-circulating type. Flow of water is diverted either to measuring tank or sump tank with the means of a flow diverter, when needed. Flow control valve and by-pass valve are fitted in water line to conduct the experiment on different flow rates. Flow rate of water is measured with the help of measuring tank with piezometer and stopwatch. The supplied set-up is complete in all respect. Only water supply and electricity supply is to be provided by the end user for running the set-up. Product Specification Test Section: Material Acrylic Pressure Gauge: 0-4 kg/cm2 Vacuum Gauge: 0-760 mmHg Water Circulation: By Pump, Crompton/Froduct specication Test Section: Material Acrylic ・ Pressure Gauge: 0-4 kg/cm2 ・ Vacuum Gauge: 0-760 mmHg Water Circulation: By Pump, Crompton/ Standard make. Flow Measurement: Using Measuring Tank, Capacity 40 liters Sump Tank Capacity: 60 Ltrs. Stop Watch: Electronic

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The Hele–Shaw apparatus is a laboratory setup designed to study the flow of fluid between two closely spaced parallel plates, which approximates two-dimensional potential flow. It is widely used in fluid mechanics experiments to visualize flow patterns around objects and to study flow through porous media. ⸻ Main Components: 1. Transparent Plates • Two flat transparent glass or acrylic plates placed very close together with a narrow gap (1–5 mm). • The narrow spacing ensures that flow between the plates is essentially two-dimensional. 2. Flow Chamber • The gap between the plates forms a thin cavity through which the fluid flows. • The chamber may include arrangements to insert models/obstacles (cylinders, aerofoil shapes, etc.) to visualize flow around them. 3. Inlet and Outlet System • Fluid (generally water mixed with dye or colored solution) enters from one side of the plates and leaves through the opposite side. • A constant head tank or pump is provided to maintain uniform flow. 4. Dye Injection System • Fine tubes are used to inject dye streaks into the flow field to visualize streamlines. 5. Measuring Devices • Flow control valves, rotameter for flow measurement. • A lighting arrangement is often used to clearly observe flow patterns. ⸻ Working Principle: • Water (or another fluid) is supplied to the narrow gap between the plates. • Because the spacing is very small compared to the plate dimensions, the velocity distribution across the gap is parabolic (like laminar flow between parallel plates). • The resulting motion is similar to potential flow in two dimensions. • When models (cylinders, airfoils, etc.) are placed in the gap, streamline patterns around them can be observed by injecting dye. • This helps in studying flow separation, circulation, and wake formation. ⸻ Applications / Experimental Use: • To visualize flow patterns around objects (cylinder, aerofoil, flat plate, etc.). • To study potential flow theory and compare with theoretical streamlines. • To simulate flow through porous media. • To understand concepts like stagnation points, separation, and wake formation.

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A cyclone separator is a vertical cylinder with the inlet stream introduced tangentially near the top, giving the suspension a spinning rotation in the cylinder. The centrifugal force acting on the particles tends to throw them radically to the sides of the cylinder as they spiral downward to a conical bottom where they are removed.A collector is fitted at the bottom & the induced draft blower is used to create the air stream. The classified air leaves the cyclone through a pipe extended down into the cyclone & passes through blower delivery side fitted with fine screen cloth bag to avoid dust expansion in the laboratory. The setup consists of i.D.Blower connected to discharge side of cyclone separator. A flow meter with manometer is provided to measure the flow rate of air. Pressure drop in the cyclone is measured by water manometer. Solids are collected in the collector fixed at the bottom. The setup is complete with flow control & by-pass valve.
Experimentation:••To study the performance of a given cyclone.To study the effect of inlet gas velocity on overall efficiency.Technical Detail:• Weighing balance.• Cyclone separator: material stainless steel, dia 100mm.• Solid discharge silo: material stainless steel. suitable capacity with discharge control valve.• Blower: id fan blower with 1 hp provided motor.• Air flow measurement: flow meter with manometer.• Solids collector: transparent pvc container fixed with cyclone.• Fine dust collector: bag of nylon cloth fixed on exit of air.• Control panel comprises of standard make on/off switch, mains indicator etc.• Instruction manual: an english instruction manual will be provided along with the apparatus.• A good quality painted rigid ms structure is provided to support all the parts.

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The apparatus consists of two pipelines emerging out from a common manifold. One pipe line contains a Venturimeter and other contains an Orifice. The pressure tapings from the Venturimeter and orifice meter are taken to differential manometer to measure pressure difference. The Venturimeter and Orifice meter are connected in parallel and any one of them can be put in operation by operating valves provided at the downstream. The flow can also be regulated by these valves. Present set-up is self-contained water re-circulating unit, provided with a sump tank and a centrifugal pump etc. Flow control valve and by-pass valve are fitted in water line to conduct the experiment on different flow rates. Flow rate of water is measured with the help of measuring tank and stop watch.  LEARNING OBJECTS/EXPERIMENTATION:To demonstrate the use of Venturimeter & Orifice meter as flow meters.To determine co-efficient of discharge through Venturimeter and Orifice meter.Electricity Supply: Single Phase, 220V AC, 50 Hz, 5-15 amp combined socket with earth connection.

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