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Gujarat Technological University, Gujarat, Mechanical Engineering Semester 1, Physics Syllabus
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Unit - 1 PROPERTIES OF MATTER
GUJARAT TECHNOLOGICAL UNIVERSITY
PROPERTIES OF MATTER
1.1 CONCEPT OF LOAD STRESS AND STRAIN
1.2 HOOKS LAW
1.3 STRESSSTRAIN DIAGRAM
1.4 DUCTILITY BRITTLENESS AND PLASTICITY
1.5 ELASTIC BEHAVIOUR OF SOLIDS
1.6 WORKING STRESS AND FACTOR OF SAFETY
1.7 FACTORS AFFECTING ELASTICITY
1.8 TYPES OF ELASTICITY
1.9 TWISTING COUPLE ON A CYLINDER OR WIRESHAFT
1.10 TORSIONAL PENDULUM
1.11 CANTILEVERDEPRESSION OF CANTILEVER
1.12 YOUNGS MODULUS BY CANTILEVER
1.13 ISHAPE GRIDERS
1.14 VISCOSITY AND COMPARISON OF VISCOSITIES
1.1 CONCEPT OF LOAD STRESS AND STRAIN
1.2 HOOKES LAW
1.3 STRESSSTRAIN DIAGRAM
1.4 DUCTILITY BRITTLENESS AND PLASTICITY
1.5 ELASTIC BEHAVIOR OF SOLIDS
1.6 WORKING STRESS AND FACTOR OF SAFETY
1.7 FACTORS AFFECTING ELASTICITY
1.8 TYPES OF ELASTICITY
1.9 TWISTING COUPLE ON A CYLINDER OR WIRESHAFT
1.10 TORSIONAL PENDULUM
1.11 CANTILEVERDEPRESSION OF CANTILEVER
1.12 YOUNGS MODULUS BY CANTILEVER
1.13 ISHAPE GRIDERS
1.14 VISCOSITY AND COMPARISON OF VISCOSITIES
Unit - 2 WAVES, MOTION AND ACOUSTICS
GUJARAT TECHNOLOGICAL UNIVERSITY
WAVES MOTION AND ACOUSTICS
2.1 SIMPLE HARMONIC MOTION
2.2 FREE FORCED RESONANCE DAMPED AND UNDAMPED VIBRATION
2.3 DAMPED HARMONIC MOTION
2.4 FORCE VIBRATION AND AMPLITUDE RESONANCE VELOCITY RESONANCE AND ENERGY INTAKE
2.5 WAVE MOTION TRANSVERSE AND LONGITUDINAL VIBRATION
2.6 SOUND ABSORPTION AND REVERBERATION
2.7 SABINES FORMULA AND USAGE EXCLUDING DERIVATION
2.8 ACOUSTIC OF BUILDING
2.1 SIMPLE HARMONIC MOTION
2.2 FREE FORCED RESONANCE DAMPED AND UNDAMPED VIBRATION
2.3 DAMPED HARMONIC MOTION
2.4 FORCE VIBRATION AND AMPLITUDE RESONANCE VELOCITY RESONANCE AND ENERGY INTAKE
2.5 WAVE MOTION TRANSVERSE AND LONGITUDINAL VIBRATION
2.6 SOUND ABSORPTION AND REVERBERATION
2.7 SABINES FORMULA AND USAGE EXCLUDING DERIVATION
2.8 ACOUSTIC OF BUILDING
Unit - 3 ULTRASONIC AND NON DISTRACTIVE TESTING (NDT)
GUJARAT TECHNOLOGICAL UNIVERSITY
ULTRASONIC AND NON DISTRACTIVE TESTING NDT
3.1 ULTRASONIC WAVES
3.2 PROPERTIES OF ULTRASOUND
3.3 PRODUCTION OF ULTRASONIC WAVES PIEZOELECTRIC AND
3.4 MAGNETOSTRICTION METHOD
3.5 DETECTION OF ULTRASOUND
3.6 APPLICATION OF ULTRASOUND
3.7 INTRODUCTION OF NDT
3.8 ADVANTAGES OF NDT
3.9 NDT THROUGH ULTRASOUND
3.1 ULTRASONIC WAVES
3.2 PROPERTIES OF ULTRASOUND
3.3 PRODUCTION OF ULTRASONIC WAVES PIEZOELECTRIC METHOD
3.4 MAGNETOSTRICTION METHOD
3.5 DETECTION OF ULTRASOUND
3.6 APPLICATION OF ULTRASOUND
3.7 INTRODUCTION OF NDT
3.8 ADVANTAGES OF NDT
3.9 NDT THROUGH ULTRASOUND
Unit - 4 Superconductivity
Module 4
Superconductivity
4.1 Introduction of Superconductivity
4.2 Superconductivity Properties of superconductor
4.3 Effect of Magnetic Field on Ideal Conductor and Superconductor
4.4 Meissner effect
4.5 Types of Superconductors
4.6 Parameter Effecting Superconductivity
4.7 Penetration depth Magnetic field
4.8 Josephsons junction and its application
4.9 Mechanism of Superconductivity BCS Theory
4.10 Application of superconductors
4.1 Introduction of Superconductivity
4.2 Superconductivity
4.3 Effect of Magnetic Field on Ideal Conductor and Superconductor
4.4 The Meissner effect
4.5 Types of Superconductors
4.6 Parameter Effecting Superconductivity
4.7 Penetration depth
4.8 Josephson Effect
4.9 BCS Theory
4.10 Applications of Superconductors
Unit - 5 LASERS
GUJARAT TECHNOLOGICAL UNIVERSITY
LASERS
5.1 PROPERTIES OF LASER
5.2 EINSTEIN’S THEORY OF MATTER RADIATION A AND B COEFFICIENTS
5.3 AMPLIFICATION OF LIGHT BY POPULATION INVERSION
5.4 DIFFERENT TYPES OF LASERS
5.5 GAS LASERS HENE
5.6 SOLIDSTATE LASERSRUBY
5.7 PROPERTIES OF LASER BEAMS MONOCHROMATICITY COHERENCEDIRECTIONALITY AND BRIGHTNESS LASER SPECKLES
5.8 APPLICATIONS OF LASERS IN SCIENCE ENGINEERING AND MEDICINE.
5.1 PROPERTIES OF LASER
5.2 EINSTEIN’S THEORY OF MATTER RADIATION A AND B COEFFICIENTS
5.3 AMPLIFICATION OF LIGHT BY POPULATION INVERSION
5.4 DIFFERENT TYPES OF LASERS
5.5 GAS LASERS HENE
5.6 SOLIDSTATE LASERSRUBY
5.7 PROPERTIES OF LASER BEAMS MONOCHROMATICITY COHERENCEDIRECTIONALITY AND BRIGHTNESS LASER SPECKLES
5.8 APPLICATIONS OF LASERS IN SCIENCE ENGINEERING AND MEDICINE.
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