GTU Study
KHUDKIBOOK
INDUSTRIAL MEASUREMENT -
FREE PDF
BE05000041
Code: BE05000041
Credits: 3
Semester 5
EIE
Industrial Measurement - II
Get the full GTU study material, English & Gujarati textbook PDFs, syllabus curriculum, and solved previous year question papers.
×
English Book & Chapters
English Book Coming Soon
We are working hard to add this material. Stay tuned for updates!
Follow on Instagram for Updates
×
GTU Previous Year Papers
Papers Coming Soon
We are working hard to add this material. Stay tuned for updates!
Follow on Instagram for UpdatesIndustrial Measurement - II Syllabus — Unit-wise Content
The official GTU curriculum for Industrial Measurement - II (subject code BE05000041) as prescribed for EIE · Semester 5 divides the course into 9 units, covering 123 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (BE05000041)Unit 1 Humidity Measurement
- Definition and Block Diagram of Humidity
- Dew Point
- Absolute Humidity and Relative Humidity
- Material of Construction
- disadvantages and applications of humidity measurement using psychrometer
- Measurement using Hygrometer: Mechanical (Wood and Hair)Hygrometers
- dunmore cells
- Pope Cells
- dew point meter - Surface Conductivity Method and Optical Chilled Mirror Method
- Lithium Chloride Dew Point Sensor
- Electrolytic Hygrometers
Unit 2 Moisture Measurement
- Definition of Moisture
- Percent Moisture Content Measurement of Moisture in Gases and Liquids: Principle
- Material of Construction
- disadvantages and applications of Electrolytic Hygrometer
- Capacitance Hygrometer
- Impedance Hygrometer
- Piezoelectric Hygrometer
- Heat of adsorption Hygrometer
- Infrared absorption Hygrometer
- Microwave absorption Hygrometer
- Measurement of Moisture in Solids: Principle
- disadvantages and applications of Nuclear Moisture Gauge
- Infrared Absorption or Reflection Moisture Gauge
- Microwave Solid Moisture Analyser
- Capacitance Moisture Gauge
- Conductance or Resistance) Moisture Gauge
Unit 3 Force (Weight) and Torque
- Definitions of Weight
- specific gravity
- Force Measurement - Principle
- Material of Construction
- disadvantages and applications of Mechanical Balances (Analytical
- Pendulum and Platform Scale)
- Electromagnetic Balance
- Mechanical Load Cells (Hydraulic and Pneumatic)
- Elastic Deflection (Strain Gauge
- Piezo Resistive Inductive and Reluctance and Magnetostrictive)
- Vibrating Wire
- Nuclear Radiation
- Weigh Feeder
- Torque Measurement - Principle
- disadvantages and applications of Rotating Program Name: Bachelor of Engineering Level: UG Branch: Instrumentation and Control Subject Code : BE05000041 Subject Name : Industrial Measurement II Torque Sensors
- Stationary Sensors
- Reaction Torque Sensor
- Torsion Bar Torquemeter
- Torque Measurement using Proximity Sensors
Unit 4 Displacement Measurement
- Material of Construction
- disadvantages and applications of Resistance - Potentiometer (Linear and Angular displacement) and Strain Gauge
- Inductor Transducer - LVDT and RVDT Capacitance Gauge
- Piezoelectric transducer
- Eddy Current Transducer
- Hall-effect Transducer
- Proximity Sensor - Capacitive and Inductive
Unit 5 Stress- Strain Measurement and Strain Gauges
- Mechanical Strain gauges
- Optical Strain Gauges
- Rosette Gauges
- Sensing Element Materials
- Based on form of SG - Wire and Foil
- Configuration - uniaxial strain
- biaxial or multidirectional strain and special purpose gauges
- Carrier materials - permanent and temporary
- SG Adhesives
- Lead Wire Systems
- Protective coating
- Bonded wire SG and bonding techniques - Types of bonded wire SG, bonding techniques and procedure for cementing
- moisture proofing of SG
- Instrumentation for SG - Wheatstone Bridge
- Temperature compensation
- self temperature compensating SG, instruments for static and dynamic strain measurements
Unit 6 Speed, Velocity, Acceleration and Vibration
- Definitions of Speed
- Acceleration and Vibration Speed and Velocity - Principle
- Material of Construction
- disadvantages and applications of Hand-Held Tachometers
- Capacitor-type impulse tachometer
- optical tachometer
- stroboscopic tachometers
- Translational Velocity Transducer
- Mechanical Flyball Angular velocity sensor
- Velocity Measurement as Δx/Δt - Variable Reluctance proximity pickup
- Hall Effect Proximity pickup
- eddy current proximity pickup Acceleration and Vibration - Principle
- disadvantages and applications of Relative Acceleration Measurements
- Seismic (Absolute) Acceleration Pickups (Accelerometers) - Voltage Divider Potentiometer
- Eddy current Proximity sensor as Vibration Pickup
- Mechanical Vibration Sensor
Unit 7 Measurement of Density and Viscosity
- Density: Definition of density
- relative density and its units
- Material of Construction
- disadvantages and applications of Displacement and Float type Densitometers (For Liquid Density)
- Hydrostatic Density meter
- Ultrasonic and Sonic densitometers
- Radiation Densitometers and Gas Densitometers Viscosity: Absolute (or dynamic viscosity)
- other terms related Program Name: Bachelor of Engineering Level: UG Branch: Instrumentation and Control Subject Code : BE05000041 Subject Name : Industrial Measurement II to absolute (dynamic) viscosity
- other important terms
- disadvantages and applications of Capillary (Laboratory and Industrial)
- Efflux Cup, Falling Ball
- Float (Rotameter type)
- Vibrating Reed
- Oscillating Type Viscometers and Plastometers
- Probe type
- Blade type
- Float type
- Rotating type
- Optical type
- Level and Flow Bridge Consistency Meter
- Selection of Viscometers and Consistency Meters
Unit 8 Acoustic Measurement
- Characteristics of Sound
- Sound Pressure
- Power and Intensity Levels
- Material of Construction
- disadvantages and applications Typical Sound Measuring Systems - Sound Level Meter
- Sound Intensity Measurement
- Microphones - Condenser or Capacitive type
- Electret Microphone
- Piezo- electric Microphone and Electrodynamic type microphone
- Surface Acoustic Wave (SAW)Sensor
- Acoustic Intensity Measurement
Unit 9 Development in Sensor Technology
- Semiconductor Sensor - Basics
- Materials and Techniques
- Smart Sensors - Definition and Configuration
- Microsensors - Microsize Microphone
- Inertial Sensor
- Hall effect Sensor and Polymer Sensor
Study on Android App:
