Learn with Josy Vaidyan
Mrs. Josy John, M.tech in Geotechnical Engineering, 4 years of experience as Assistant Professor and more than one year as quantity surveyor. Currently working as Geotechnical Engineer in Arab center for Engineering Studies, Abu Dhabi, UAE
This channel mainly focus to describe various aspects of Civil Engineering.
Learn with Josy Vaidyan
Engineering Mechanics Syllabus - 2019 Scheme (List of Playlist)
π π Module 1 ππ
β€οΈβπ₯ Introduction to Engineering Mechanics β statics - basic principles of statics - Parallelogram law - equilibrium law - principles of superposition and transmissibility - law of action and reaction(review)
2. n. Engineering Mechanics - Parallelogram law
β€οΈβπ₯ free body diagrams β
2. a. Engineering Mechanics - Free Body Diagram - KTU
β€οΈβπ₯ Concurrent coplanar forces-composition and resolution of forces - resultant and equilibrium equations β
2. h. Engineering Mechanics - Resultant & Resolution of Forces -Malayalam β KTU
2. m. Engineering Mechanics - Equilibrium of forces & Lamis theorem
β€οΈβπ₯ methods of moments - Varignonβs Theorem of moments
2. k. Engineering Mechanics - Moment of Force -Malayalam - KTU
π π Module 2 ππ
β€οΈβπ₯ Friction β sliding friction β Coulombβs laws of friction β analysis of single bodies β Wedges - ladder analysis of connected bodies
2. d. Engineering Mechanics - Friction-Malayalam β KTU
2. e. Engineering Mechanics - Ladder Friction β KTU
2. f. Engineering Mechanics - Wedge Friction β KTU
β€οΈβπ₯ couple β
2. q. Engineering Mechanics - COUPLE forces
β€οΈβπ₯ resultant of parallel forces β
2. l. Engineering Mechanics - Parallel Force
β€οΈβπ₯ Simple beam subject to concentrated vertical loads - General coplanar force system β resultant and equilibrium equations β
2. j. Engineering Mechanics - Support reactions of Beams -Malayalam - KTU
π π Module 3 ππ
β€οΈβπ₯ Centroid of composite areas- β
2. c. Engineering Mechanics - Centroid & Centre of Gravity -Malayalam β KTU
β€οΈβπ₯ moment of inertia-parallel axis and perpendicular axis theorems.
2. g. Engineering Mechanics - Moment of Inertia - Malayalam - KTU
β€οΈβπ₯ Forces in space - vectorial representation of forces - resultant and equilibrium equations β concurrent forces in space (simple problems only)
2. o. Engineering Mechanics - Forces in space
π π Module 4 ππ
β€οΈβπ₯Dynamics β rectilinear translation - equations of kinematics(review) kinetics β equation of motion β DβAlembertβs principle. β motion on horizontal and inclined surfaces, motion of connected bodies. Impulse momentum equation and work energy equation (concepts only) -
2. p. Engineering Mechanics β Dynamics
β€οΈβπ₯projectile motion(review)
2. r. Engineering Mechanics - Projectile Motion
π π Module 5 ππ
β€οΈβπ₯Rotation-kinematics of rotation
2.s. Engineering Mechanics - Kinematics of rotation
β€οΈβπ₯Simple harmonic motion β
2. i. Engineering Mechanics - Simple Harmonic motion - KTU
β€οΈβπ₯free vibration βdegree of freedom- undamped free vibration of spring mass system-effect of damping (concept only)
2. b. Engineering Mechanics - Vibrations - KTU
1 year ago | [YT] | 58
View 11 replies
Learn with Josy Vaidyan
Engineering Mechanics Syllabus - 2019 Scheme (List of Playlist)
π π Module 1 ππ
β€οΈβπ₯ Introduction to Engineering Mechanics β statics - basic principles of statics - Parallelogram law - equilibrium law - principles of superposition and transmissibility - law of action and reaction(review)
2. n. Engineering Mechanics - Parallelogram law
β€οΈβπ₯ free body diagrams β
2. a. Engineering Mechanics - Free Body Diagram - KTU
β€οΈβπ₯ Concurrent coplanar forces-composition and resolution of forces - resultant and equilibrium equations β
2. h. Engineering Mechanics - Resultant & Resolution of Forces -Malayalam β KTU
2. m. Engineering Mechanics - Equilibrium of forces & Lamis theorem
β€οΈβπ₯ methods of moments - Varignonβs Theorem of moments
2. k. Engineering Mechanics - Moment of Force -Malayalam - KTU
π π Module 2 ππ
β€οΈβπ₯ Friction β sliding friction β Coulombβs laws of friction β analysis of single bodies β Wedges - ladder analysis of connected bodies
2. d. Engineering Mechanics - Friction-Malayalam β KTU
2. e. Engineering Mechanics - Ladder Friction β KTU
2. f. Engineering Mechanics - Wedge Friction β KTU
β€οΈβπ₯ couple β
2. q. Engineering Mechanics - COUPLE forces
β€οΈβπ₯ resultant of parallel forces β
2. l. Engineering Mechanics - Parallel Force
β€οΈβπ₯ Simple beam subject to concentrated vertical loads - General coplanar force system β resultant and equilibrium equations β
2. j. Engineering Mechanics - Support reactions of Beams -Malayalam - KTU
π π Module 3 ππ
β€οΈβπ₯ Centroid of composite areas- β
2. c. Engineering Mechanics - Centroid & Centre of Gravity -Malayalam β KTU
β€οΈβπ₯ moment of inertia-parallel axis and perpendicular axis theorems.
2. g. Engineering Mechanics - Moment of Inertia - Malayalam - KTU
β€οΈβπ₯ Forces in space - vectorial representation of forces - resultant and equilibrium equations β concurrent forces in space (simple problems only)
2. o. Engineering Mechanics - Forces in space
π π Module 4 ππ
β€οΈβπ₯Dynamics β rectilinear translation - equations of kinematics(review) kinetics β equation of motion β DβAlembertβs principle. β motion on horizontal and inclined surfaces, motion of connected bodies. Impulse momentum equation and work energy equation (concepts only) -
2. p. Engineering Mechanics β Dynamics
β€οΈβπ₯projectile motion(review)
2. r. Engineering Mechanics - Projectile Motion
π π Module 5 ππ
β€οΈβπ₯Rotation-kinematics of rotation
2.s. Engineering Mechanics - Kinematics of rotation
β€οΈβπ₯Simple harmonic motion β
2. i. Engineering Mechanics - Simple Harmonic motion - KTU
β€οΈβπ₯free vibration βdegree of freedom- undamped free vibration of spring mass system-effect of damping (concept only)
2. b. Engineering Mechanics - Vibrations - KTU
1 year ago | [YT] | 41
View 7 replies
Learn with Josy Vaidyan
Engineering Mechanics Syllabus - 2019 Scheme (List of Playlist)
π π Module 1 ππ
β€οΈβπ₯ Introduction to Engineering Mechanics β statics - basic principles of statics - Parallelogram law - equilibrium law - principles of superposition and transmissibility - law of action and reaction(review)
2. n. Engineering Mechanics - Parallelogram law
β€οΈβπ₯ free body diagrams β
2. a. Engineering Mechanics - Free Body Diagram - KTU
β€οΈβπ₯ Concurrent coplanar forces-composition and resolution of forces - resultant and equilibrium equations β
2. h. Engineering Mechanics - Resultant & Resolution of Forces -Malayalam β KTU
2. m. Engineering Mechanics - Equilibrium of forces & Lamis theorem
β€οΈβπ₯ methods of moments - Varignonβs Theorem of moments
2. k. Engineering Mechanics - Moment of Force -Malayalam - KTU
π π Module 2 ππ
β€οΈβπ₯ Friction β sliding friction β Coulombβs laws of friction β analysis of single bodies β Wedges - ladder analysis of connected bodies
2. d. Engineering Mechanics - Friction-Malayalam β KTU
2. e. Engineering Mechanics - Ladder Friction β KTU
2. f. Engineering Mechanics - Wedge Friction β KTU
β€οΈβπ₯ couple β
2. q. Engineering Mechanics - COUPLE forces
β€οΈβπ₯ resultant of parallel forces β
2. l. Engineering Mechanics - Parallel Force
β€οΈβπ₯ Simple beam subject to concentrated vertical loads - General coplanar force system β resultant and equilibrium equations β
2. j. Engineering Mechanics - Support reactions of Beams -Malayalam - KTU
π π Module 3 ππ
β€οΈβπ₯ Centroid of composite areas- β
2. c. Engineering Mechanics - Centroid & Centre of Gravity -Malayalam β KTU
β€οΈβπ₯ moment of inertia-parallel axis and perpendicular axis theorems.
2. g. Engineering Mechanics - Moment of Inertia - Malayalam - KTU
β€οΈβπ₯ Forces in space - vectorial representation of forces - resultant and equilibrium equations β concurrent forces in space (simple problems only)
2. o. Engineering Mechanics - Forces in space
π π Module 4 ππ
β€οΈβπ₯Dynamics β rectilinear translation - equations of kinematics(review) kinetics β equation of motion β DβAlembertβs principle. β motion on horizontal and inclined surfaces, motion of connected bodies. Impulse momentum equation and work energy equation (concepts only) -
2. p. Engineering Mechanics β Dynamics
β€οΈβπ₯projectile motion(review)
2. r. Engineering Mechanics - Projectile Motion
π π Module 5 ππ
β€οΈβπ₯Rotation-kinematics of rotation
2.s. Engineering Mechanics - Kinematics of rotation
β€οΈβπ₯Simple harmonic motion β
2. i. Engineering Mechanics - Simple Harmonic motion - KTU
β€οΈβπ₯free vibration βdegree of freedom- undamped free vibration of spring mass system-effect of damping (concept only)
2. b. Engineering Mechanics - Vibrations - KTU
2 years ago | [YT] | 294
View 26 replies
Learn with Josy Vaidyan
Engineering Mechanics Syllabus - 2019 Scheme (List of Playlist)
π π Module 1 ππ
β€οΈβπ₯ Introduction to Engineering Mechanics β statics - basic principles of statics - Parallelogram law - equilibrium law - principles of superposition and transmissibility - law of action and reaction(review)
2. n. Engineering Mechanics - Parallelogram law
β€οΈβπ₯ free body diagrams β
2. a. Engineering Mechanics - Free Body Diagram - KTU
β€οΈβπ₯ Concurrent coplanar forces-composition and resolution of forces - resultant and equilibrium equations β
2. h. Engineering Mechanics - Resultant & Resolution of Forces -Malayalam β KTU
2. m. Engineering Mechanics - Equilibrium of forces & Lamis theorem
β€οΈβπ₯ methods of moments - Varignonβs Theorem of moments
2. k. Engineering Mechanics - Moment of Force -Malayalam - KTU
π π Module 2 ππ
β€οΈβπ₯ Friction β sliding friction β Coulombβs laws of friction β analysis of single bodies β Wedges - ladder analysis of connected bodies
2. d. Engineering Mechanics - Friction-Malayalam β KTU
2. e. Engineering Mechanics - Ladder Friction β KTU
2. f. Engineering Mechanics - Wedge Friction β KTU
β€οΈβπ₯ couple β
2. q. Engineering Mechanics - COUPLE forces
β€οΈβπ₯ resultant of parallel forces β
2. l. Engineering Mechanics - Parallel Force
β€οΈβπ₯ Simple beam subject to concentrated vertical loads - General coplanar force system β resultant and equilibrium equations β
2. j. Engineering Mechanics - Support reactions of Beams -Malayalam - KTU
π π Module 3 ππ
β€οΈβπ₯ Centroid of composite areas- β
2. c. Engineering Mechanics - Centroid & Centre of Gravity -Malayalam β KTU
β€οΈβπ₯ moment of inertia-parallel axis and perpendicular axis theorems.
2. g. Engineering Mechanics - Moment of Inertia - Malayalam - KTU
β€οΈβπ₯ Forces in space - vectorial representation of forces - resultant and equilibrium equations β concurrent forces in space (simple problems only)
2. o. Engineering Mechanics - Forces in space
π π Module 4 ππ
β€οΈβπ₯Dynamics β rectilinear translation - equations of kinematics(review) kinetics β equation of motion β DβAlembertβs principle. β motion on horizontal and inclined surfaces, motion of connected bodies. Impulse momentum equation and work energy equation (concepts only) -
2. p. Engineering Mechanics β Dynamics
β€οΈβπ₯projectile motion(review)
2. r. Engineering Mechanics - Projectile Motion
π π Module 5 ππ
β€οΈβπ₯Rotation-kinematics of rotation
2.s. Engineering Mechanics - Kinematics of rotation
β€οΈβπ₯Simple harmonic motion β
2. i. Engineering Mechanics - Simple Harmonic motion - KTU
β€οΈβπ₯free vibration βdegree of freedom- undamped free vibration of spring mass system-effect of damping (concept only)
2. b. Engineering Mechanics - Vibrations - KTU
2 years ago | [YT] | 243
View 17 replies
Learn with Josy Vaidyan
Engineering Mechanics Syllabus - 2019 Scheme (List of Playlist)
π π Module 1 ππ
β€οΈβπ₯ Introduction to Engineering Mechanics β statics - basic principles of statics - Parallelogram law - equilibrium law - principles of superposition and transmissibility - law of action and reaction(review)
2. n. Engineering Mechanics - Parallelogram law
β€οΈβπ₯ free body diagrams β
2. a. Engineering Mechanics - Free Body Diagram - KTU
β€οΈβπ₯ Concurrent coplanar forces-composition and resolution of forces - resultant and equilibrium equations β
2. h. Engineering Mechanics - Resultant & Resolution of Forces -Malayalam β KTU
2. m. Engineering Mechanics - Equilibrium of forces & Lamis theorem
β€οΈβπ₯ methods of moments - Varignonβs Theorem of moments
2. k. Engineering Mechanics - Moment of Force -Malayalam - KTU
π π Module 2 ππ
β€οΈβπ₯ Friction β sliding friction β Coulombβs laws of friction β analysis of single bodies β Wedges - ladder analysis of connected bodies
2. d. Engineering Mechanics - Friction-Malayalam β KTU
2. e. Engineering Mechanics - Ladder Friction β KTU
2. f. Engineering Mechanics - Wedge Friction β KTU
β€οΈβπ₯ couple β
2. q. Engineering Mechanics - COUPLE forces
β€οΈβπ₯ resultant of parallel forces β
2. l. Engineering Mechanics - Parallel Force
β€οΈβπ₯ Simple beam subject to concentrated vertical loads - General coplanar force system β resultant and equilibrium equations β
2. j. Engineering Mechanics - Support reactions of Beams -Malayalam - KTU
π π Module 3 ππ
β€οΈβπ₯ Centroid of composite areas- β
2. c. Engineering Mechanics - Centroid & Centre of Gravity -Malayalam β KTU
β€οΈβπ₯ moment of inertia-parallel axis and perpendicular axis theorems.
2. g. Engineering Mechanics - Moment of Inertia - Malayalam - KTU
β€οΈβπ₯ Forces in space - vectorial representation of forces - resultant and equilibrium equations β concurrent forces in space (simple problems only)
2. o. Engineering Mechanics - Forces in space
π π Module 4 ππ
β€οΈβπ₯Dynamics β rectilinear translation - equations of kinematics(review) kinetics β equation of motion β DβAlembertβs principle. β motion on horizontal and inclined surfaces, motion of connected bodies. Impulse momentum equation and work energy equation (concepts only) -
2. p. Engineering Mechanics β Dynamics
β€οΈβπ₯projectile motion(review)
2. r. Engineering Mechanics - Projectile Motion
π π Module 5 ππ
β€οΈβπ₯Rotation-kinematics of rotation
2.s. Engineering Mechanics - Kinematics of rotation
β€οΈβπ₯Simple harmonic motion β
2. i. Engineering Mechanics - Simple Harmonic motion - KTU
β€οΈβπ₯free vibration βdegree of freedom- undamped free vibration of spring mass system-effect of damping (concept only)
2. b. Engineering Mechanics - Vibrations - KTU
2 years ago | [YT] | 334
View 6 replies
Learn with Josy Vaidyan
Engineering Mechanics Syllabus - 2019 Scheme (List of Playlist)
π π Module 1 ππ
β€οΈβπ₯ Introduction to Engineering Mechanics β statics - basic principles of statics - Parallelogram law - equilibrium law - principles of superposition and transmissibility - law of action and reaction(review)
2. n. Engineering Mechanics - Parallelogram law
β€οΈβπ₯ free body diagrams β
2. a. Engineering Mechanics - Free Body Diagram - KTU
β€οΈβπ₯ Concurrent coplanar forces-composition and resolution of forces - resultant and equilibrium equations β
2. h. Engineering Mechanics - Resultant & Resolution of Forces -Malayalam β KTU
2. m. Engineering Mechanics - Equilibrium of forces & Lamis theorem
β€οΈβπ₯ methods of moments - Varignonβs Theorem of moments
2. k. Engineering Mechanics - Moment of Force -Malayalam - KTU
π π Module 2 ππ
β€οΈβπ₯ Friction β sliding friction β Coulombβs laws of friction β analysis of single bodies β Wedges - ladder analysis of connected bodies
2. d. Engineering Mechanics - Friction-Malayalam β KTU
2. e. Engineering Mechanics - Ladder Friction β KTU
2. f. Engineering Mechanics - Wedge Friction β KTU
β€οΈβπ₯ couple β
2. q. Engineering Mechanics - COUPLE forces
β€οΈβπ₯ resultant of parallel forces β
2. l. Engineering Mechanics - Parallel Force
β€οΈβπ₯ Simple beam subject to concentrated vertical loads - General coplanar force system β resultant and equilibrium equations β
2. j. Engineering Mechanics - Support reactions of Beams -Malayalam - KTU
π π Module 3 ππ
β€οΈβπ₯ Centroid of composite areas- β
2. c. Engineering Mechanics - Centroid & Centre of Gravity -Malayalam β KTU
β€οΈβπ₯ moment of inertia-parallel axis and perpendicular axis theorems.
2. g. Engineering Mechanics - Moment of Inertia - Malayalam - KTU
β€οΈβπ₯ Forces in space - vectorial representation of forces - resultant and equilibrium equations β concurrent forces in space (simple problems only)
2. o. Engineering Mechanics - Forces in space
π π Module 4 ππ
β€οΈβπ₯Dynamics β rectilinear translation - equations of kinematics(review) kinetics β equation of motion β DβAlembertβs principle. β motion on horizontal and inclined surfaces, motion of connected bodies. Impulse momentum equation and work energy equation (concepts only) -
2. p. Engineering Mechanics β Dynamics
β€οΈβπ₯projectile motion(review)
2. r. Engineering Mechanics - Projectile Motion
π π Module 5 ππ
β€οΈβπ₯Rotation-kinematics of rotation
2.s. Engineering Mechanics - Kinematics of rotation
β€οΈβπ₯Simple harmonic motion β
2. i. Engineering Mechanics - Simple Harmonic motion - KTU
β€οΈβπ₯free vibration βdegree of freedom- undamped free vibration of spring mass system-effect of damping (concept only)
2. b. Engineering Mechanics - Vibrations - KTU
2 years ago | [YT] | 612
View 6 replies
Learn with Josy Vaidyan
Engineering Mechanics Syllabus - 2019 Scheme (List of Playlist)
π π Module 1 ππ
β€οΈβπ₯ Introduction to Engineering Mechanics β statics - basic principles of statics - Parallelogram law - equilibrium law - principles of superposition and transmissibility - law of action and reaction(review)
2. n. Engineering Mechanics - Parallelogram law
β€οΈβπ₯ free body diagrams β
2. a. Engineering Mechanics - Free Body Diagram - KTU
β€οΈβπ₯ Concurrent coplanar forces-composition and resolution of forces - resultant and equilibrium equations β
2. h. Engineering Mechanics - Resultant & Resolution of Forces -Malayalam β KTU
2. m. Engineering Mechanics - Equilibrium of forces & Lamis theorem
β€οΈβπ₯ methods of moments - Varignonβs Theorem of moments
2. k. Engineering Mechanics - Moment of Force -Malayalam - KTU
π π Module 2 ππ
β€οΈβπ₯ Friction β sliding friction β Coulombβs laws of friction β analysis of single bodies β Wedges - ladder analysis of connected bodies
2. d. Engineering Mechanics - Friction-Malayalam β KTU
2. e. Engineering Mechanics - Ladder Friction β KTU
2. f. Engineering Mechanics - Wedge Friction β KTU
β€οΈβπ₯ couple β
2. q. Engineering Mechanics - COUPLE forces
β€οΈβπ₯ resultant of parallel forces β
2. l. Engineering Mechanics - Parallel Force
β€οΈβπ₯ Simple beam subject to concentrated vertical loads - General coplanar force system β resultant and equilibrium equations β
2. j. Engineering Mechanics - Support reactions of Beams -Malayalam - KTU
π π Module 3 ππ
β€οΈβπ₯ Centroid of composite areas- β
2. c. Engineering Mechanics - Centroid & Centre of Gravity -Malayalam β KTU
β€οΈβπ₯ moment of inertia-parallel axis and perpendicular axis theorems.
2. g. Engineering Mechanics - Moment of Inertia - Malayalam - KTU
β€οΈβπ₯ Forces in space - vectorial representation of forces - resultant and equilibrium equations β concurrent forces in space (simple problems only)
2. o. Engineering Mechanics - Forces in space
π π Module 4 ππ
β€οΈβπ₯Dynamics β rectilinear translation - equations of kinematics(review) kinetics β equation of motion β DβAlembertβs principle. β motion on horizontal and inclined surfaces, motion of connected bodies. Impulse momentum equation and work energy equation (concepts only) -
2. p. Engineering Mechanics β Dynamics
β€οΈβπ₯projectile motion(review)
2. r. Engineering Mechanics - Projectile Motion
π π Module 5 ππ
β€οΈβπ₯Rotation-kinematics of rotation
2.s. Engineering Mechanics - Kinematics of rotation
β€οΈβπ₯Simple harmonic motion β
2. i. Engineering Mechanics - Simple Harmonic motion - KTU
β€οΈβπ₯free vibration βdegree of freedom- undamped free vibration of spring mass system-effect of damping (concept only)
2. b. Engineering Mechanics - Vibrations - KTU
2 years ago | [YT] | 484
View 16 replies
Learn with Josy Vaidyan
Thanks for the feedbackπ.....ΰ΄ΰ΄°ΰ΅ΰ΄ͺΰ΄Ύΰ΄ΰ΅ സനΰ΅ΰ΄€ΰ΅ΰ΄·ΰ΄ ..π₯°π₯°
3 years ago | [YT] | 73
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Learn with Josy Vaidyan
Hi Dears..π
Good Luck for Your Exam ππππ
π§π»..God Bless You All..π§π»
3 years ago | [YT] | 95
View 27 replies
Learn with Josy Vaidyan
Hi Dears..β€οΈβπ₯
Good Luck for Your Exam ππ
π§π»..God Bless You All..π§π»
3 years ago | [YT] | 181
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