Horizontal Flow from a Tank Apparatus

The Horizontal Flow from a Tank Apparatus is a practical educational laboratory setup designed to investigate the trajectory of a water jet issuing horizontally from a tank. Manufactured by Micro Technologies, the apparatus enables students to experimentally study how outlet velocity and liquid head influence the path followed by a freely discharged water jet.

Water stored in the tank flows through an outlet or nozzle and emerges as a horizontal jet. After leaving the outlet, the jet follows a curved trajectory due to the combined effects of its horizontal velocity and gravitational acceleration.

The apparatus provides a convenient arrangement for recording the trajectory of the water jet at different outlet velocities. By varying the operating head or discharge conditions, students can observe how changes in outlet velocity affect the horizontal distance travelled by the jet.

A measuring arrangement positioned alongside the jet path allows different points on the trajectory to be recorded. These experimental coordinates can be used to plot the actual jet profile and compare it with the theoretically predicted trajectory.

The experiment provides an effective connection between fluid mechanics and projectile motion. The horizontal component of velocity is determined by the discharge conditions at the outlet, while gravitational acceleration produces increasing vertical displacement as the jet travels away from the nozzle.

Experimental observations can also be used to investigate the relationship between liquid head and theoretical outlet velocity. This provides practical understanding of fundamental principles associated with flow from tanks and orifices.

The clearly visible tank, outlet arrangement, trajectory measuring system, and compact laboratory frame make the equipment suitable for student practicals, demonstrations, and engineering laboratory examinations.

Features

• Horizontal water jet experimental setup
• Designed for recording water jet trajectories
• Suitable for different outlet velocities
• Transparent water tank arrangement
• Controlled water outlet
• Adjustable operating conditions
• Trajectory measuring arrangement
• Multiple coordinate measurement points
• Clear visualization of jet path
• Suitable for theoretical and experimental comparison
• Demonstrates fluid discharge principles
• Demonstrates projectile motion of a water jet
• Compact laboratory configuration
• Easy operation and observation
• Durable educational construction
• Suitable for repeated student experiments

Benefits

• Provides clear visualization of horizontal water-jet motion
• Demonstrates the effect of outlet velocity on trajectory
• Helps students understand flow from a tank
• Allows experimental jet trajectories to be recorded
• Supports comparison with theoretical trajectories
• Demonstrates the relationship between liquid head and velocity
• Connects fluid mechanics with projectile-motion concepts
• Provides hands-on measurement experience
• Suitable for engineering practical examinations
• Compact and convenient laboratory setup

Product Specifications

Experiments Performed

• Record the trajectory of a water jet at different outlet velocities
• Study horizontal discharge from a tank
• Observe the path of a freely discharged water jet
• Measure horizontal and vertical coordinates of the jet
• Plot the experimental water jet trajectory
• Study the effect of outlet velocity on jet trajectory
• Investigate the effect of liquid head on outlet velocity
• Compare experimental and theoretical jet paths
• Study the relationship between head and discharge velocity
• Demonstrate projectile motion of a fluid jet
• Investigate basic principles of flow through an outlet

Educational Objectives

The apparatus helps students understand:

• Horizontal flow from a tank
• Water jet trajectory
• Outlet velocity
• Liquid head
• Flow through an outlet
• Horizontal and vertical displacement
• Projectile motion
• Effect of gravity on a water jet
• Relationship between head and velocity
• Experimental trajectory plotting
• Fundamental fluid discharge principles

Theory Studied

When water leaves the tank horizontally, the jet possesses an initial horizontal velocity. After leaving the outlet, gravity causes the jet to move vertically downward while it continues travelling horizontally.

The resulting trajectory depends on:

• Outlet velocity
• Liquid head above the outlet
• Horizontal distance from the outlet
• Vertical displacement
• Gravitational acceleration

By recording several points along the jet path, students can plot the trajectory and compare practical measurements with theoretical predictions.

Applications

• Fluid Mechanics Laboratories
• Hydraulic Engineering Laboratories
• Mechanical Engineering Laboratories
• Civil Engineering Laboratories
• Water Resources Engineering Laboratories
• Engineering Colleges
• Universities
• Polytechnic Institutes
• Technical Training Centres
• Vocational Institutes
• Research Laboratories
• Educational Demonstration Laboratories

FAQs

What is a Horizontal Flow from a Tank Apparatus?

It is a fluid mechanics laboratory apparatus designed to study and record the trajectory of a water jet discharged horizontally from a tank.

What is the main objective of the experiment?

The primary objective is recording the trajectory of the water jet at different outlet velocities and studying how discharge conditions influence the jet path.

Why does the water jet follow a curved trajectory?

The water initially leaves the outlet horizontally, but gravity continuously accelerates it downward, resulting in a curved trajectory.

Can different outlet velocities be studied?

Yes. The experiment is designed to record and compare water jet trajectories under different outlet velocity conditions.

How is the trajectory measured?

Points along the water jet path are recorded using the measuring arrangement. Their horizontal and vertical positions can then be used to plot the experimental trajectory.

Does liquid head affect outlet velocity?

Yes. The liquid head above the outlet influences the pressure available for discharge and therefore affects the velocity of the emerging water jet.

Can theoretical and experimental trajectories be compared?

Yes. Experimental coordinates can be plotted and compared with theoretically calculated jet trajectories.

What principles can students study with this apparatus?

Students can study horizontal fluid discharge, outlet velocity, liquid head, jet trajectory, gravity effects, and the relationship between fluid mechanics and projectile motion.

Is this apparatus suitable for engineering colleges?

Yes. It is suitable for fluid mechanics, hydraulic, mechanical, civil, and water resources engineering laboratories.

Why Choose Our Products

• Clear demonstration of horizontal jet flow
• Different outlet velocity experiments
• Convenient trajectory measurement
• Theoretical and experimental comparison
• Practical fluid mechanics learning
• Easy-to-observe experimental arrangement
• Compact laboratory design
• Durable educational construction
• Suitable for repeated student practicals
• Institutional and bulk supply capability
• Customized configurations available
• Technical and project support

Call to Action

Looking for a reliable Horizontal Flow from a Tank Apparatus for your fluid mechanics laboratory? Micro Technologies manufactures and supplies fluid mechanics and hydraulic engineering laboratory equipment for universities, engineering colleges, polytechnics, research institutes, and technical training centres. Contact us for complete laboratory setups, customized configurations, institutional projects, bulk requirements, distributor inquiries, or a competitive quotation.