Measurements Lab (620451):
Course Goals:
To introduce the practical side of actuators and sensors, also helping to
understand how that device can be used.
Course Contents:
1. INTRODUCTION FOR MEASURMENT
2. NOISE MEASUREMENT
3. PIEZO-ELECTRIC ACCELEROMETER – MEASUREMENT OF
ACCELERATION
4. PRESSURE TRANSDUCERS
4.1 CAPACITANCE PROBE PRESSURE TRANSDUCER
4.2 BIMETALLIC PRESSURE TRANSDUCER
4.3 LINEAR POTENTIOMETER PRESSURE TRANSDUCER
4.4 LVDT PRESSURE TRANSDUCER
4.5 STRAIN GAUGE PRESSURE TRANSDUCER
5. CALIBRATION OF A PRESSURE GAUGE
6. LIQUID LEVEL MEASUREMENT
6.1 CAPACITANCE PROBE
6.2 CONDUCTANCE PROBE
7. THE WHEATSTONE BRIDGE
8. OPERATIONAL AMPLIFIER
8.1 DIFFERENTIAL MODE AMPLIFIER
8.2 COMMON MODE AMPLIFIER
8.3 USING OPERATIONAL AMPLIFIER WITH WHEATSTONE
BRIDGE
9. STRAIN GAUGES
9.1 BASIC STRAIN GAUGE
9.2 DUAL GAUGE SYSTEM
10. CALIBRATION AND TESTING OF THERMOCOUPLES
10.1 THERMOCOUPLE EMF
10.2 CONTROLLED COLD JUNCTION THERMOCOUPLE
Internal Combustion Engines Lab (620546)
Course Goals:
To introduce the practical side of Internal Combustion Engines.
Course Contents:
1. INTRODUCTION
1.1 SPARK IGNITION ENGINES (OTTO CYCLE)
1.2 COMPRESSION IGNITION ENGINES (DIESEL CYCLE)
1.3 KNOCKING (DETONATION)
1.4 BASIC TERMINOLOGY
2. MORSE TEST
3. WILLAN’S LINE TEST
4. FULL LOAD PERFORMANCE
5. HEAT BALANCE
6. SPARK IGNITION ENGINE – IGNITION LOOP
7. SPARK IGNITION ENGINE – MIXTURE LOOP
8. CO ANALYSIS
9. HALF LOAD PERFORMANCE – ENGINE BREATHING
10. FLASH AND FIRE POINTS
Mechanical Eng Lab (640346):
Course Goals:
To introduce the practical side of Fluid Mechanics, Heat Transfer and Strength
of Materials.
Course Contents:
‰
Fluid Meters in Incompressible Flow.
‰
Impact of a Jet of Water.
‰
Heat Exchangers.
‰
Thermal Conductivity.
‰
Thermal Radiation & Natural Convection.
‰
Fatigue Test.
‰
Application of Mechanical Load Cell (Bending).
‰
Torsion Test.
‰
Tensile Test.
Mechanical Vibration Lab(620476) :
Course Goals:
To introduce the equation of motion for some vibrating system.
Course Contents:
1-Mass Spring System
2-Simple Pendulum
3-Compound pendulum
4-Bifilar suspension
5-Torsion oscillation of single rotor
6-Lateral vibrating of Abeam with one or more Bodies Attached
7-Forced Vibration with negligible Damping
8-Un damped Vibration
9-Damped transverse Vibrating
10-Pizo Electrometer – measurement of acceleration
11-Acceleration Experiment
12-Static and Dynamic Balancing
13-Whirling of Rotating Shafts
14-Frequency Response of Vibrating System
15-Torsion Oscillation of Two Rotors Gyroscope
Strength and Properties of Material Lab(620366):
Course Goals:
To introduce the principles of strength and properties of material as a
vehicle for engineer applications.
Course Contents:
¾ Tensile Test.
¾ Compression Test
¾ Shear Test.
¾ Torsion Test
¾ Impact Test
¾ Fatigue Test.
¾ StrainGauge Measurement.
¾ Creep Test.
¾ Hardness Test.
¾ Application of Mechanical Load Cell.
¾ Corrosion Experiment.
¾ Examination of Material Microstructure.
Automatic Control Lab (620457):
Course Goals:
To introduce the practical side of automatic control, including ON-OFF control,
open loop control, closed loop control.
Course Contents:
1. INTRODUCTION TO AUTOMATIC CONTROL
2. ADJUSTABLE BI-METALLIC STRIP THERMOSTAT
3. CAPILLARY BULB THERMOSTATIC CONTROLLER
4. ERROR OUTPUT IN THE POSITION CONTROL
5. CLOSED LOOP POSITION CONTROL
6. CLOSED LOOP SPEED CONTROL
7. OPERATIONAL AMPLIFIER AS AN ERROR DETECTOR
8. GAIN OF THE SYSTEM VS. SPEED CONTROL
HEAT TRANSFER Lab (620446)
Course Goals:
To introduce the practical side of heat transfer, also to get a better
understanding for the basic modes of heat transfer (Conduction, Convection
and Radiation).
Course Contents:
1. INTRODUCTION
2. MARCET BOILER EXPERIMENT.
3. THERMAL CONDUCTIVITY
4. NATURAL CONVECTION AND THERMAL RADIATION
5. FORCED CONVECTION
6. HEAT EXCHANGER (Parallel and Counter)
7. HEAT EXCHANGER (Flow Rate Variation)
8. FILMWISE AND DROPWISE CONDENSATION
9. AIR CONDITIONING (HEAT PUMP)
10. AIR CONDITIONING (AIR COOLER)
Fluid Mechanics Lab(620336):
Course Goals:
To introduce the practical side of fluid mechanics.
Course Contents:
ƒ Introduction (Density, Surface Tension and Viscosity).
ƒ Flow Measurements.
ƒ Impact of Jet.
ƒ Open Channel Flow (Sluice gate, Weirs, Hydraulic Jump and Manning
Formula).
ƒ Losses in pipes.
ƒ Pressure Distribution about a Circular Cylinder.
ƒ Drag Force Determination.
ƒ Analysis of an Airfoil.
ƒ Turbine and Pump Unit.
Mechanical Drawing (620221):
Course Goals:
The main purpose of this course is to give the basics of Drawing
Techniques through Mechanical Parts.
Course Contents:
1-
(2-D) drawing (Manual+ Mechanical Desktop)
2- (3-D)drawing(isometric and oblique for Manual+ Mechanical
Desktop)
3-
Screws (Manual+Mechanical Desktop)
4-
Views(Manual+Mechanical Desktop)
5-
Tolerance(Manual+Mechanical Desktop)
6- Options in Mechanical Desktop
Engineering Workshop(620161):
Course Goals:
To teach the students to respect the technical work and discipline, also
to gain hand and technical skills.
Course Contents:
ƒ
Engineering materials principle
ƒ
Basic measuring instruments (Vernier caliper, micrometer, dial
gauge, …etc.)
ƒ
Various manufacturing processes:
− Forming processes (Forging, Bending and Shearing).
− Metal cutting (Turning, Milling, Drilling, Reaming and Grinding).
− Metal joining (Soldering, Welding: Electric, Arc welding, Gas
welding and Spot welding. Mechanical fasteners: Screws, Bolts,
Nuts and Rivets).
− Sand Casting
ƒ
Safety regulations in workshop.