Course Name: Fluid Mechanics Lab
Course Code: T7615
Faculty: Engineering
Course Credit: 1
Course Level: 1
Sub-Committee (Specialization): Mechanical Engineering
Learning Objectives:
1. Describe the losses occurring when flow takes place through pipes with different materials, velocities and roughness values.
2. Gain a deeper understanding of the basic principles of fluid mechanics, such as fluid properties, flow behavior, and the application of Bernoulli's equation.
3. Develop practical skills in conducting fluid mechanics experiments, including setting up equipment, taking measurements, and analyzing data.
4. Learn how to analyze experimental data obtained from fluid mechanics experiments, including calculating flow rates, pressure differentials, and fluid velocities, and interpreting the results.
5. Enhance problem-solving abilities by identifying and troubleshooting issues that may arise during experiments, such as leaks, calibration errors, or equipment malfunctions.
6. Apply theoretical concepts learned in lectures to real-world fluid flow phenomena for socially relevant systems.
Pre-requisites:
Mathematics,
Physics,
Basic thermodynamics
Course Code: T7615
Faculty: Engineering
Course Credit: 1
Course Level: 1
Sub-Committee (Specialization): Mechanical Engineering
Learning Objectives:
1. Describe the losses occurring when flow takes place through pipes with different materials, velocities and roughness values.
2. Gain a deeper understanding of the basic principles of fluid mechanics, such as fluid properties, flow behavior, and the application of Bernoulli's equation.
3. Develop practical skills in conducting fluid mechanics experiments, including setting up equipment, taking measurements, and analyzing data.
4. Learn how to analyze experimental data obtained from fluid mechanics experiments, including calculating flow rates, pressure differentials, and fluid velocities, and interpreting the results.
5. Enhance problem-solving abilities by identifying and troubleshooting issues that may arise during experiments, such as leaks, calibration errors, or equipment malfunctions.
6. Apply theoretical concepts learned in lectures to real-world fluid flow phenomena for socially relevant systems.
Pre-requisites:
Mathematics,
Physics,
Basic thermodynamics
Catalogue Code: T7615
Course Type: Generic Core Course
Total Credit: 2
Credits (Theory): 0
Credits (Practical): 1
No. of Hours: 30
Internal Marks: 10
External Marks : 15
Total Marks: 25
Experiential Learning: No
Primary Purpose of Course: Employablity
Primary Orientation of the Course: Other
Course Code: 701250405