Канал: Mechanical Engineering E-Learning

25 - Degeneracy in transportation problem - Module 3- OR by GURUDATT.H.M

25 - Degeneracy in transportation problem - Module 3- OR by GURUDATT.H.M

24- MODI method to get optimum allocation for transportation problem 2- Module 3- OR by GURUDATT.H.M

24- MODI method to get optimum allocation for transportation problem 2- Module 3- OR by GURUDATT.H.M

23 - MODI method to get optimum allocation for transportation problem- Module 3 - OR by GURUDATT.H.M

23 - MODI method to get optimum allocation for transportation problem- Module 3 - OR by GURUDATT.H.M

22- Stepping stone method to get optimum allocation for transportation problem- Module 3 - OR by GHM

22- Stepping stone method to get optimum allocation for transportation problem- Module 3 - OR by GHM

21- Introduction to Transportation Problems and NWC, MMM, VAM- Module 3 - OR by GURUDATT.H.M.

21- Introduction to Transportation Problems and NWC, MMM, VAM- Module 3 - OR by GURUDATT.H.M.

19 - Numerical problem on LPP using Dual Simplex Method - Module 2 - OR by GURUDATT.H.M.

19 - Numerical problem on LPP using Dual Simplex Method - Module 2 - OR by GURUDATT.H.M.

18 - Duality in Linear Programming Problems (LPP) - Module 2 - OR by GURUDATT.H.M.

18 - Duality in Linear Programming Problems (LPP) - Module 2 - OR by GURUDATT.H.M.

10 - Solution for LPP having unbounded solution using Graphical Method - Module 1 - OR by GURUDATT

10 - Solution for LPP having unbounded solution using Graphical Method - Module 1 - OR by GURUDATT

09 - Solution for LPP having alternate optimum solution using Graphical Method - Module 1 by GHM

09 - Solution for LPP having alternate optimum solution using Graphical Method - Module 1 by GHM

08 - Solution for LPP with a constraint having zero in RHS using Graphical Method - Module 1 by GHM

08 - Solution for LPP with a constraint having zero in RHS using Graphical Method - Module 1 by GHM

07 - Solution for minimization LPP using Graphical Method - Module 1 - OR by GURUDATT.H.M.

07 - Solution for minimization LPP using Graphical Method - Module 1 - OR by GURUDATT.H.M.

06 - Solution for LPP with mixed constraints using Graphical Method - Module 1 - OR by GURUDATT.H.M.

06 - Solution for LPP with mixed constraints using Graphical Method - Module 1 - OR by GURUDATT.H.M.

25 - Orthographic projection of circular lamina #2- Module 2 - Engineering Graphics by GURUDATT.H.M

25 - Orthographic projection of circular lamina #2- Module 2 - Engineering Graphics by GURUDATT.H.M

24 - Orthographic projection of circular lamina #1- Module 2 - Engineering Graphics by GURUDATT.H.M

24 - Orthographic projection of circular lamina #1- Module 2 - Engineering Graphics by GURUDATT.H.M

23 - Orthographic projection of hexagonal lamina #3- Module 2 - Engineering Graphics by GURUDATT.H.M

23 - Orthographic projection of hexagonal lamina #3- Module 2 - Engineering Graphics by GURUDATT.H.M

22 - Orthographic projection of hexagonal lamina #2- Module 2 - Engineering Graphics by GURUDATT.H.M

22 - Orthographic projection of hexagonal lamina #2- Module 2 - Engineering Graphics by GURUDATT.H.M

21 - Orthographic projection of hexagonal lamina #1- Module 2 - Engineering Graphics by GURUDATT.H.M

21 - Orthographic projection of hexagonal lamina #1- Module 2 - Engineering Graphics by GURUDATT.H.M

20 - Orthographic projection of pentagonal lamina #3 - Module 2 - Engineering Grap. by GURUDATT.H.M.

20 - Orthographic projection of pentagonal lamina #3 - Module 2 - Engineering Grap. by GURUDATT.H.M.

19 - Orthographic projection of pentagonal lamina #2 - Module 2 - Engineering Grap. by GURUDATT.H.M.

19 - Orthographic projection of pentagonal lamina #2 - Module 2 - Engineering Grap. by GURUDATT.H.M.

18 - Orthographic projection of pentagonal lamina #1 - Module 2 - Engineering Grap. by GURUDATT.H.M.

18 - Orthographic projection of pentagonal lamina #1 - Module 2 - Engineering Grap. by GURUDATT.H.M.

17 - Orthographic projection of rectangular lamina #2 - Module 2 - Engineering Grap. by GURUDATT.H.M

17 - Orthographic projection of rectangular lamina #2 - Module 2 - Engineering Grap. by GURUDATT.H.M

16 - Orthographic projection of rectangular lamina #1 - Module 2 - Engineering Grap. by GURUDATT.H.M

16 - Orthographic projection of rectangular lamina #1 - Module 2 - Engineering Grap. by GURUDATT.H.M

15 - Problems on orthographic projection of square lamina #2 - Module 2 - Eng. Grap. by GURUDATT.H.M

15 - Problems on orthographic projection of square lamina #2 - Module 2 - Eng. Grap. by GURUDATT.H.M

14 - Orthographic projection of set-square and square lamina #1- Mod 2- Eng. Grap. by GURUDATT.H.M.

14 - Orthographic projection of set-square and square lamina #1- Mod 2- Eng. Grap. by GURUDATT.H.M.

13 - Orthographic projection of triangular lamina #3- Module 2- Engineering Graphics by GURUDATT.H.M

13 - Orthographic projection of triangular lamina #3- Module 2- Engineering Graphics by GURUDATT.H.M

12 - Orthographic projection of triangular lamina #2- Module 2- Engineering Graphics by GURUDATT.H.M

12 - Orthographic projection of triangular lamina #2- Module 2- Engineering Graphics by GURUDATT.H.M

11 - Orthographic projection of triangular lamina #1- Module 2- Engineering Graphics by GURUDATT.H.M

11 - Orthographic projection of triangular lamina #1- Module 2- Engineering Graphics by GURUDATT.H.M

61 - Development of lateral sufaces of funnel - Module 4 - Engineering Graphics by GURUDATT. H. M.

61 - Development of lateral sufaces of funnel - Module 4 - Engineering Graphics by GURUDATT. H. M.

60 - Development of lateral suface of truncated cone - Module 4 - Eng. Graphics by GURUDATT. H. M.

60 - Development of lateral suface of truncated cone - Module 4 - Eng. Graphics by GURUDATT. H. M.

59 - Development of lateral suface of frustum of cone - Module 4 - Eng. Graphics by GURUDATT. H. M.

59 - Development of lateral suface of frustum of cone - Module 4 - Eng. Graphics by GURUDATT. H. M.

58 - Development of lateral suface of hopper - Module 4 - Engineering Graphics by GURUDATT. H. M.

58 - Development of lateral suface of hopper - Module 4 - Engineering Graphics by GURUDATT. H. M.

57 - Development of lateral suface of frustum of pentagonal pyramid-Module 4- Eng. Grap. by GURUDATT

57 - Development of lateral suface of frustum of pentagonal pyramid-Module 4- Eng. Grap. by GURUDATT

56 - Development of lateral sufaces of truncated hexagonal pyramid-Module 4- Eng. Grap. by GURUDATT.

56 - Development of lateral sufaces of truncated hexagonal pyramid-Module 4- Eng. Grap. by GURUDATT.

55- Development of lateral sufaces of truncated pentagonal pyramid-Module 4- Eng. Grap. by GURUDATT.

55- Development of lateral sufaces of truncated pentagonal pyramid-Module 4- Eng. Grap. by GURUDATT.

54- Development of lateral sufaces of frustum of square pyramid-Module 4- Eng. Grap. by GURUDATT.H.M

54- Development of lateral sufaces of frustum of square pyramid-Module 4- Eng. Grap. by GURUDATT.H.M

53- Development of lateral sufaces of truncated square pyramid- Module 4- Eng. Grap. by GURUDATT.H.M

53- Development of lateral sufaces of truncated square pyramid- Module 4- Eng. Grap. by GURUDATT.H.M

52- Development of lateral sufaces of truncated square pyramid- Module 4- Eng. Grap. by GURUDATT.H.M

52- Development of lateral sufaces of truncated square pyramid- Module 4- Eng. Grap. by GURUDATT.H.M

51 - Development of lateral suface of truncated vertical cylinder- Module 4 - Eng. Grap. by GURUDATT

51 - Development of lateral suface of truncated vertical cylinder- Module 4 - Eng. Grap. by GURUDATT

50 - Development of lateral sufaces of hexagonal prism- Module 4 - Engg. Graphics by GURUDATT. H. M.

50 - Development of lateral sufaces of hexagonal prism- Module 4 - Engg. Graphics by GURUDATT. H. M.

49 - Development of lateral sufaces of truncated pentagonal prism- Module 4 - Eng. Grap. by GURUDATT

49 - Development of lateral sufaces of truncated pentagonal prism- Module 4 - Eng. Grap. by GURUDATT

48- Development of lateral sufaces of truncated cube- Module 4- Engineering Graphics by GURUDATT.H.M

48- Development of lateral sufaces of truncated cube- Module 4- Engineering Graphics by GURUDATT.H.M

47 - Introduction to development of lateral sufaces of solids - Module 4 - Graphics by GURUDATT.H.M.

47 - Introduction to development of lateral sufaces of solids - Module 4 - Graphics by GURUDATT.H.M.

15 - Problem on stress concentration - #8 - Mod_1 - Design of machine elements -1 by GURUDATT.H.M.

15 - Problem on stress concentration - #8 - Mod_1 - Design of machine elements -1 by GURUDATT.H.M.

14 - Problems on stress concentration- #6, 7 - Mod_1 - Design of machine elements -1 by GURUDATT.H.M

14 - Problems on stress concentration- #6, 7 - Mod_1 - Design of machine elements -1 by GURUDATT.H.M

13 - Problems on stress concentration - #4, 5- Mod_1- Design of machine elements -1 by GURUDATT.H.M.

13 - Problems on stress concentration - #4, 5- Mod_1- Design of machine elements -1 by GURUDATT.H.M.

12 - Problems on stress concentration - #2, 3- Mod_1- Design of machine elements -1 by GURUDATT.H.M.

12 - Problems on stress concentration - #2, 3- Mod_1- Design of machine elements -1 by GURUDATT.H.M.

11 - Introduction to stress concentration- Module 1 - Design of machine elements -1 by GURUDATT.H.M.

11 - Introduction to stress concentration- Module 1 - Design of machine elements -1 by GURUDATT.H.M.

10- Problem on design for static strength- #10 - Mod_1- Design of Machine Elements 1 by GURUDATT.H.M

10- Problem on design for static strength- #10 - Mod_1- Design of Machine Elements 1 by GURUDATT.H.M

09 - Problems on design for static strength - #8, 9 - Module 1- DME 1 by GURUDATT.H.M

09 - Problems on design for static strength - #8, 9 - Module 1- DME 1 by GURUDATT.H.M

04 - Numerical problems on theories of failure - Design of machine elements -1 by GURUDATT.H.M.

04 - Numerical problems on theories of failure - Design of machine elements -1 by GURUDATT.H.M.

03 - Introduction to theories of failure - Module 1 - Design of machine elements -1 by GURUDATT.H.M.

03 - Introduction to theories of failure - Module 1 - Design of machine elements -1 by GURUDATT.H.M.

02- Numerical problems on principal stresses - Design of machine elements-1 by GURUDATT.H.M

02- Numerical problems on principal stresses - Design of machine elements-1 by GURUDATT.H.M

01 - Introduction to Machine Design - Design of machine elements -1 by GURUDATT.H.M.

01 - Introduction to Machine Design - Design of machine elements -1 by GURUDATT.H.M.

L6 - Problems on Effectiveness NTU method of heat exchanger analysis - Mod 5 - HT by GURUDATT.H.M

L6 - Problems on Effectiveness NTU method of heat exchanger analysis - Mod 5 - HT by GURUDATT.H.M

L5 - Effectiveness NTU method for counter flow heat exchanger analysis - Mod 5 - HT by GURUDATT.H.M

L5 - Effectiveness NTU method for counter flow heat exchanger analysis - Mod 5 - HT by GURUDATT.H.M

L4 - Effectiveness NTU method of heat exchanger analysis, parallel flow - Mod 5 - HT by GURUDATT.H.M

L4 - Effectiveness NTU method of heat exchanger analysis, parallel flow - Mod 5 - HT by GURUDATT.H.M

09 - Problems on hydrostatic bearing - Tribology by GURUDATT.H.M

09 - Problems on hydrostatic bearing - Tribology by GURUDATT.H.M

08 - Expression for load carrying capacity and power loss in HS bearing - Tribology by GURUDATT.H.M

08 - Expression for load carrying capacity and power loss in HS bearing - Tribology by GURUDATT.H.M

07 - Introduction to hydrostatic lubrication and hydrostatic bearing - Tribology by GURUDATT.H.M

07 - Introduction to hydrostatic lubrication and hydrostatic bearing - Tribology by GURUDATT.H.M

06 - Problems on idealized full journal bearing #2 - Tribology by GURUDATT.H.M

06 - Problems on idealized full journal bearing #2 - Tribology by GURUDATT.H.M

05 - Problems on idealized full journal bearing #1 - Tribology by GURUDATT.H.M

05 - Problems on idealized full journal bearing #1 - Tribology by GURUDATT.H.M

04 - Significance of Sommerfeld's number - Tribology by GURUDATT.H.M

04 - Significance of Sommerfeld's number - Tribology by GURUDATT.H.M

03 - Introduction to idealized full journal bearing - Tribology by GURUDATT.H.M

03 - Introduction to idealized full journal bearing - Tribology by GURUDATT.H.M

02 - Problems on lightly loaded journal bearing - Tribology by GURUDATT.H.M

02 - Problems on lightly loaded journal bearing - Tribology by GURUDATT.H.M

01 - Hydrodynamic bearings, Petroff's equation, Reynold's equation in 2D - Tribology by GURUDATT.H.M

01 - Hydrodynamic bearings, Petroff's equation, Reynold's equation in 2D - Tribology by GURUDATT.H.M

Lecture 10 - Problems on forced vibration #5 - Module 2 - Mechanical Vibrations by GURUDATT.H.M

Lecture 10 - Problems on forced vibration #5 - Module 2 - Mechanical Vibrations by GURUDATT.H.M

Lecture 9 - Problems on forced vibration #4 - Module 2 - Mechanical Vibrations by GURUDATT.H.M

Lecture 9 - Problems on forced vibration #4 - Module 2 - Mechanical Vibrations by GURUDATT.H.M

Lecture 8 - Problems on forced vibration #3 - Module 2 - Mechanical Vibrations by GURUDATT.H.M

Lecture 8 - Problems on forced vibration #3 - Module 2 - Mechanical Vibrations by GURUDATT.H.M

Lecture 7 - Problems on forced vibration #2 - Module 2 - Mechanical Vibrations by GURUDATT.H.M

Lecture 7 - Problems on forced vibration #2 - Module 2 - Mechanical Vibrations by GURUDATT.H.M

Lecture 6 - Problems on forced vibration #1 - Module 2 - Mechanical Vibrations by GURUDATT.H.M

Lecture 6 - Problems on forced vibration #1 - Module 2 - Mechanical Vibrations by GURUDATT.H.M

Lecture 5 - Critical speed of shaft - Module 2- Mechanical Vibrations by GURUDATT.H.M

Lecture 5 - Critical speed of shaft - Module 2- Mechanical Vibrations by GURUDATT.H.M

Lec 4 - Vibration isolation and force transmissibility -Mod 2- Mechanical Vibrations by GURUDATT.H.M

Lec 4 - Vibration isolation and force transmissibility -Mod 2- Mechanical Vibrations by GURUDATT.H.M

Lec 3-Analysis of support motion (Expression for amplitude ratio) - Mod 2-Vibrations by GURUDATT.H.M

Lec 3-Analysis of support motion (Expression for amplitude ratio) - Mod 2-Vibrations by GURUDATT.H.M

Lec 2-Forced vibration due to rotating and reciprocating unbalance- Mod 2-Vibrations by GURUDATT.H.M

Lec 2-Forced vibration due to rotating and reciprocating unbalance- Mod 2-Vibrations by GURUDATT.H.M

Lecture 7 - Problem on bode plot #6 - Module 5 - Control Engineering by GURUDATT.H.M.

Lecture 7 - Problem on bode plot #6 - Module 5 - Control Engineering by GURUDATT.H.M.

Lec 6- Problem on gain margin & phase margin, analytical method - Mod 5 - Control Engineering by GHM

Lec 6- Problem on gain margin & phase margin, analytical method - Mod 5 - Control Engineering by GHM

Lecture 1 - Introduction to Forced Vibration - Module 2 - Mechanical Vibrations by GURUDATT.H.M

Lecture 1 - Introduction to Forced Vibration - Module 2 - Mechanical Vibrations by GURUDATT.H.M

Lecture 5 - Problem on bode plot #4 - Module 5 - Control Engineering by GURUDATT.H.M.

Lecture 5 - Problem on bode plot #4 - Module 5 - Control Engineering by GURUDATT.H.M.

Lecture 4 - Problem on bode plot #3 - Module 5 - Control Engineering by GURUDATT.H.M.

Lecture 4 - Problem on bode plot #3 - Module 5 - Control Engineering by GURUDATT.H.M.

Lec 14 - Problems on damped free vibration #4 & #5 - Module 1- Mechanical Vibrations by GURUDATT.H.M

Lec 14 - Problems on damped free vibration #4 & #5 - Module 1- Mechanical Vibrations by GURUDATT.H.M

Lecture 3 - Problem on bode plot #2 - Module 5 - Control Engineering by GURUDATT.H.M.

Lecture 3 - Problem on bode plot #2 - Module 5 - Control Engineering by GURUDATT.H.M.

Lecture 13 - Problem on damped free vibration #3 - Module 1 - Mechanical Vibrations by GURUDATT.H.M

Lecture 13 - Problem on damped free vibration #3 - Module 1 - Mechanical Vibrations by GURUDATT.H.M

Lecture 2 - Problem on bode plot #1 - Module 5 - Control Engineering by GURUDATT.H.M.

Lecture 2 - Problem on bode plot #1 - Module 5 - Control Engineering by GURUDATT.H.M.

Lecture 12 - Problem on damped free vibration #2 - Module 1 - Mechanical Vibrations by GURUDATT.H.M

Lecture 12 - Problem on damped free vibration #2 - Module 1 - Mechanical Vibrations by GURUDATT.H.M

Lecture 11 - Problem on damped free vibration #1 - Module 1 - Mechanical Vibrations by GURUDATT.H.M

Lecture 11 - Problem on damped free vibration #1 - Module 1 - Mechanical Vibrations by GURUDATT.H.M

Lecture 10 - Logarithmic decrement - Module 1- Mechanical Vibrations by GURUDATT.H.M

Lecture 10 - Logarithmic decrement - Module 1- Mechanical Vibrations by GURUDATT.H.M

L9-System response of overdamped, critically damped and underdamped systems- Mod 1-Vibrations by GHM

L9-System response of overdamped, critically damped and underdamped systems- Mod 1-Vibrations by GHM

Lecture 1 - Introduction to Bode Plot - Module 5 - Control Engineering by GURUDATT.H.M.

Lecture 1 - Introduction to Bode Plot - Module 5 - Control Engineering by GURUDATT.H.M.

Lecture 8 - Introduction to damped free vibration - Module 1- Mechanical Vibrations by GURUDATT.H.M

Lecture 8 - Introduction to damped free vibration - Module 1- Mechanical Vibrations by GURUDATT.H.M

Lecture 3 - Problem on root locus #2 - Module 4 - Control Engineering by GURUDATT.H.M.

Lecture 3 - Problem on root locus #2 - Module 4 - Control Engineering by GURUDATT.H.M.

Lecture 7- Problems on undamped free vibration #7 & #8- Mod 1- Mechanical Vibrations by GURUDATT.H.M

Lecture 7- Problems on undamped free vibration #7 & #8- Mod 1- Mechanical Vibrations by GURUDATT.H.M

Lecture 6- Problems on undamped free vibration #5 & #6- Mod 1- Mechanical Vibrations by GURUDATT.H.M

Lecture 6- Problems on undamped free vibration #5 & #6- Mod 1- Mechanical Vibrations by GURUDATT.H.M

Lecture 5- Problems on undamped free vibration #3 & #4- Mod 1- Mechanical Vibrations by GURUDATT.H.M

Lecture 5- Problems on undamped free vibration #3 & #4- Mod 1- Mechanical Vibrations by GURUDATT.H.M

Lecture 2 - Problem on root locus #1 - Module 4 - Control Engineering by GURUDATT.H.M.

Lecture 2 - Problem on root locus #1 - Module 4 - Control Engineering by GURUDATT.H.M.

Lecture 4- Problems on undamped free vibration #1 & #2- Mod 1- Mechanical Vibrations by GURUDATT.H.M

Lecture 4- Problems on undamped free vibration #1 & #2- Mod 1- Mechanical Vibrations by GURUDATT.H.M

Lecture 1 - Introduction to root locus - Module 4 - Control Engineering by GURUDATT.H.M.

Lecture 1 - Introduction to root locus - Module 4 - Control Engineering by GURUDATT.H.M.

Lecture 3- Effect of spring mass on natural frequency - Mod 1- Mechanical Vibrations by GURUDATT.H.M

Lecture 3- Effect of spring mass on natural frequency - Mod 1- Mechanical Vibrations by GURUDATT.H.M

Lec 2 - Springs in series and parallel and methods of vibration analysis - Mod 1- MV by GURUDATT.H.M

Lec 2 - Springs in series and parallel and methods of vibration analysis - Mod 1- MV by GURUDATT.H.M

Lecture 1 - Introduction to Mechanical Vibrations - Module 1 - Mechanical Vibrations by GURUDATT.H.M

Lecture 1 - Introduction to Mechanical Vibrations - Module 1 - Mechanical Vibrations by GURUDATT.H.M

Lecture 8 - Problem on Analysis of Hartnell Governor #3 - Module 3 - DOM by GHM

Lecture 8 - Problem on Analysis of Hartnell Governor #3 - Module 3 - DOM by GHM

Lecture 7 - Problems on Analysis of Hartnell Governor #1 & #2 - Module 3 - DOM by GHM

Lecture 7 - Problems on Analysis of Hartnell Governor #1 & #2 - Module 3 - DOM by GHM

Lecture 6 - Introduction to Hartnell Governor - Module 3 - DOM by GHM

Lecture 6 - Introduction to Hartnell Governor - Module 3 - DOM by GHM

Lecture 5 - Problems on Analysis of Porter Governor #5 & #6 - Module 3 - DOM by GHM

Lecture 5 - Problems on Analysis of Porter Governor #5 & #6 - Module 3 - DOM by GHM

Lecture 4 - Problem on Analysis of Porter Governor #4 - Module 3 - DOM by GHM

Lecture 4 - Problem on Analysis of Porter Governor #4 - Module 3 - DOM by GHM

Lecture 3 - Problem on Analysis of Porter Governor #3 - Module 3 - DOM by GHM

Lecture 3 - Problem on Analysis of Porter Governor #3 - Module 3 - DOM by GHM

Lecture 2 - Problems on Analysis of Porter Governor #1 and #2 - Module 3 - DOM by GHM

Lecture 2 - Problems on Analysis of Porter Governor #1 and #2 - Module 3 - DOM by GHM

Lecture 1 - Introduction to Governors and Analysis of Porter Governor - Module 3 - DOM by GHM

Lecture 1 - Introduction to Governors and Analysis of Porter Governor - Module 3 - DOM by GHM

Lecture 10- Problem on balancing of several masses rotating in different planes #7- Mod 2-DOM by GHM

Lecture 10- Problem on balancing of several masses rotating in different planes #7- Mod 2-DOM by GHM

Lecture 10 - Problem on Signal Flow Graph (SFG) #5 - Module 2- Control Engineering by GURUDATT.H.M.

Lecture 10 - Problem on Signal Flow Graph (SFG) #5 - Module 2- Control Engineering by GURUDATT.H.M.

Lecture 9 - Problem on Signal Flow Graph (SFG) #4 - Module 2- Control Engineering by GURUDATT.H.M.

Lecture 9 - Problem on Signal Flow Graph (SFG) #4 - Module 2- Control Engineering by GURUDATT.H.M.

Lecture 8 - Problem on Signal Flow Graph (SFG) #3 - Module 2- Control Engineering by GURUDATT.H.M.

Lecture 8 - Problem on Signal Flow Graph (SFG) #3 - Module 2- Control Engineering by GURUDATT.H.M.

Lecture 7 - Problem on Signal Flow Graph (SFG) #2 - Module 2- Control Engineering by GURUDATT.H.M.

Lecture 7 - Problem on Signal Flow Graph (SFG) #2 - Module 2- Control Engineering by GURUDATT.H.M.

Lecture 9- Problem on balancing of several masses rotating in different planes #6- Mod 2- DOM by GHM

Lecture 9- Problem on balancing of several masses rotating in different planes #6- Mod 2- DOM by GHM

Lecture 6 - Introduction to Signal Flow Graph (SFG) - Module 2- Control Engineering by GURUDATT.H.M.

Lecture 6 - Introduction to Signal Flow Graph (SFG) - Module 2- Control Engineering by GURUDATT.H.M.

Lecture 8- Problem on balancing of several masses rotating in different planes #5- Mod 2- DOM by GHM

Lecture 8- Problem on balancing of several masses rotating in different planes #5- Mod 2- DOM by GHM

Lecture 7- Problem on balancing of several masses rotating in different planes #4- Mod 2- DOM by GHM

Lecture 7- Problem on balancing of several masses rotating in different planes #4- Mod 2- DOM by GHM

Lecture 6- Problem on balancing of several masses rotating in different planes #3- Mod 2- DOM by GHM

Lecture 6- Problem on balancing of several masses rotating in different planes #3- Mod 2- DOM by GHM

Lecture 5- Problem on balancing of several masses rotating in different planes #2- Mod 2- DOM by GHM

Lecture 5- Problem on balancing of several masses rotating in different planes #2- Mod 2- DOM by GHM

Lecture 4- Problem on balancing of several masses rotating in different planes #1- Mod 2- DOM by GHM

Lecture 4- Problem on balancing of several masses rotating in different planes #1- Mod 2- DOM by GHM

Lecture 5 - Problems on block diagram reduction #4 - Module 2 - Control Engineering by GURUDATT.H.M.

Lecture 5 - Problems on block diagram reduction #4 - Module 2 - Control Engineering by GURUDATT.H.M.

Lecture 4 - Problems on block diagram reduction #3 - Module 2 - Control Engineering by GURUDATT.H.M.

Lecture 4 - Problems on block diagram reduction #3 - Module 2 - Control Engineering by GURUDATT.H.M.

Lec 3-Critical rule problem on block diagram reduction #2-Mod 2- Control Engineering by GURUDATT.H.M

Lec 3-Critical rule problem on block diagram reduction #2-Mod 2- Control Engineering by GURUDATT.H.M

Lec 3- Problem on balancing of several masses rotating in same plane #2- Mod 2 - DOM by GURUDATT.H.M

Lec 3- Problem on balancing of several masses rotating in same plane #2- Mod 2 - DOM by GURUDATT.H.M

Lecture 2 - Problems on block diagram reduction #1 - Module 2 - Control Engineering by GURUDATT.H.M.

Lecture 2 - Problems on block diagram reduction #1 - Module 2 - Control Engineering by GURUDATT.H.M.

Lec 2- Problem on balancing of several masses rotating in same plane #1- Mod 2 - DOM by GURUDATT.H.M

Lec 2- Problem on balancing of several masses rotating in same plane #1- Mod 2 - DOM by GURUDATT.H.M

Lecture 1 - Introduction to block diagram - Module 2 - Control Engineering by GURUDATT.H.M.

Lecture 1 - Introduction to block diagram - Module 2 - Control Engineering by GURUDATT.H.M.

Lec 1 - Introduction to balancing of rotating masses - Mod 2 - Dynamics of Machines by GURUDATT.H.M

Lec 1 - Introduction to balancing of rotating masses - Mod 2 - Dynamics of Machines by GURUDATT.H.M

Lec 6-Static force analysis of 4-bar mechanism coupled with slider crank mechanism- Mod 1-DOM by GHM

Lec 6-Static force analysis of 4-bar mechanism coupled with slider crank mechanism- Mod 1-DOM by GHM

Lecture 5- Static force analysis of four bar mechanism with two external torque - Mod 1- DOM by GHM

Lecture 5- Static force analysis of four bar mechanism with two external torque - Mod 1- DOM by GHM

Lecture 4 - Static force analysis of four bar mechanism with two external forces - Mod 1- DOM by GHM

Lecture 4 - Static force analysis of four bar mechanism with two external forces - Mod 1- DOM by GHM

Lecture 3- Static force analysis of four bar mechanism - Mod 1- Dynamics of Machines by GURUDATT.H.M

Lecture 3- Static force analysis of four bar mechanism - Mod 1- Dynamics of Machines by GURUDATT.H.M

Lec 2- Static force analysis of slider crank mechanism - Mod 1- Dynamics of Machines by GURUDATT.H.M

Lec 2- Static force analysis of slider crank mechanism - Mod 1- Dynamics of Machines by GURUDATT.H.M

Lecture 1 - Introduction to Static Force Analysis - Module 1 - Dynamics of Machines by GURUDATT.H.M.

Lecture 1 - Introduction to Static Force Analysis - Module 1 - Dynamics of Machines by GURUDATT.H.M.

Lecture 3 - Problems on L.M.T.D method of heat exchanger analysis - Module 5 - HT by GURUDATT.H.M

Lecture 3 - Problems on L.M.T.D method of heat exchanger analysis - Module 5 - HT by GURUDATT.H.M

Lecture 8 - Complete design of journal bearing - Module 5 - DME 2 by GURUDATT.H.M

Lecture 8 - Complete design of journal bearing - Module 5 - DME 2 by GURUDATT.H.M

Lecture 7 - Problems on journal bearings - Module 5 - DME 2 by GURUDATT.H.M

Lecture 7 - Problems on journal bearings - Module 5 - DME 2 by GURUDATT.H.M

L2- L.M.T.D method of heat exchanger analysis, parallel and counter flow- Mod 5 - HT by GURUDATT.H.M

L2- L.M.T.D method of heat exchanger analysis, parallel and counter flow- Mod 5 - HT by GURUDATT.H.M

Lecture 6 - Introduction to bearings and Petroff's equation - Module 5 - DME 2 by GURUDATT.H.M

Lecture 6 - Introduction to bearings and Petroff's equation - Module 5 - DME 2 by GURUDATT.H.M

Lecture 1 - Introduction to heat exchangers - Module 5 - Heat Transfer by GURUDATT.H.M

Lecture 1 - Introduction to heat exchangers - Module 5 - Heat Transfer by GURUDATT.H.M

Lecture 5 - Problems on design of differential band brake - Module 5 - DME 2 by GURUDATT.H.M

Lecture 5 - Problems on design of differential band brake - Module 5 - DME 2 by GURUDATT.H.M

Lec 4 - Problems on design of simple band brake- Mod 5- Design of Machine Elements 2 by GURUDATT.H.M

Lec 4 - Problems on design of simple band brake- Mod 5- Design of Machine Elements 2 by GURUDATT.H.M

Lecture 5 - Problems on natural convection heat transfer - Module 4 - Heat Transfer by GURUDATT.H.M

Lecture 5 - Problems on natural convection heat transfer - Module 4 - Heat Transfer by GURUDATT.H.M

Lec 3 - Problems on design of block/shoe brake - Mod 5- Design of Machine Elements 2 by GURUDATT.H.M

Lec 3 - Problems on design of block/shoe brake - Mod 5- Design of Machine Elements 2 by GURUDATT.H.M

Lecture 4 - Forced convection problems on internal flow - Module 4 - Heat Transfer by GURUDATT.H.M

Lecture 4 - Forced convection problems on internal flow - Module 4 - Heat Transfer by GURUDATT.H.M

Lecture 3 - Forced convection problems on flow over cylinder and sphere - Mod 4- HT by GURUDATT.H.M

Lecture 3 - Forced convection problems on flow over cylinder and sphere - Mod 4- HT by GURUDATT.H.M

Lecture 2- Forced convection problems on flow over flat plate - Mod 4- Heat Transfer by GURUDATT.H.M

Lecture 2- Forced convection problems on flow over flat plate - Mod 4- Heat Transfer by GURUDATT.H.M

Lecture 2 - Problems on design of clutches - Module 5 - Design of Machine Elements 2 by GURUDATT.H.M

Lecture 2 - Problems on design of clutches - Module 5 - Design of Machine Elements 2 by GURUDATT.H.M

Lecture 1- Introduction to design of clutches - Mod 5 - Design of Machine Elements 2 by GURUDATT.H.M

Lecture 1- Introduction to design of clutches - Mod 5 - Design of Machine Elements 2 by GURUDATT.H.M

Lecture 1 - Introduction to convective heat transfer - Module 4 - Heat Transfer by GURUDATT.H.M

Lecture 1 - Introduction to convective heat transfer - Module 4 - Heat Transfer by GURUDATT.H.M

Lecture 9 - Variable thermal conductivity - Module 1- Heat Transfer by GURUDATT.H.M

Lecture 9 - Variable thermal conductivity - Module 1- Heat Transfer by GURUDATT.H.M

Lecture 8 - Critical thickness of insulation - Module 1- Heat Transfer by GURUDATT.H.M

Lecture 8 - Critical thickness of insulation - Module 1- Heat Transfer by GURUDATT.H.M

Lecture 1A (NEW)- Hermite Shape Function for Beam Element in Cartesian Coordinate- Mod 3- FEA by GHM

Lecture 1A (NEW)- Hermite Shape Function for Beam Element in Cartesian Coordinate- Mod 3- FEA by GHM

Lecture 1B (NEW)- Hermite Shape Function for Beam Element in Natural Coordinate - Mod 3 - FEA by GHM

Lecture 1B (NEW)- Hermite Shape Function for Beam Element in Natural Coordinate - Mod 3 - FEA by GHM

Lecture 7-Problems on heat conduction through composite sphere- Mod 1- Heat Transfer by GURUDATT.H.M

Lecture 7-Problems on heat conduction through composite sphere- Mod 1- Heat Transfer by GURUDATT.H.M

Lecture 6 - Problems on heat conduction through composite cylinder -Module 1- Heat Transfer by GHM

Lecture 6 - Problems on heat conduction through composite cylinder -Module 1- Heat Transfer by GHM

Lecture 5- Problems on heat conduction through composite wall - Mod 1- Heat Transfer by GURUDATT.H.M

Lecture 5- Problems on heat conduction through composite wall - Mod 1- Heat Transfer by GURUDATT.H.M

Lecture 10 - Numerical problem on analysis of truss #4 - Module 2 - FEA by GURUDATT.H.M

Lecture 10 - Numerical problem on analysis of truss #4 - Module 2 - FEA by GURUDATT.H.M

Lecture 4- General heat conduction equation in spherical coordinate-Module 1- Heat Transfer by GHM

Lecture 4- General heat conduction equation in spherical coordinate-Module 1- Heat Transfer by GHM

Lecture 9 - Numerical problem on analysis of truss #3 - Module 2 - FEA by GURUDATT.H.M

Lecture 9 - Numerical problem on analysis of truss #3 - Module 2 - FEA by GURUDATT.H.M

Lecture 3- General heat conduction equation in cylindrical coordinate-Module 1- Heat Transfer by GHM

Lecture 3- General heat conduction equation in cylindrical coordinate-Module 1- Heat Transfer by GHM

Lecture 8 - Numerical problem on analysis of truss #2 - Module 2 - FEA by GURUDATT.H.M

Lecture 8 - Numerical problem on analysis of truss #2 - Module 2 - FEA by GURUDATT.H.M

Lecture 2- General heat conduction equation in cartesian coordinate - Module 1- Heat Transfer by GHM

Lecture 2- General heat conduction equation in cartesian coordinate - Module 1- Heat Transfer by GHM

Lecture 7 - Numerical problem on analysis of truss #1 - Module 2 - FEA by GURUDATT.H.M

Lecture 7 - Numerical problem on analysis of truss #1 - Module 2 - FEA by GURUDATT.H.M

Lecture 1 - Introduction to heat transfer - Module 1 - Heat Transfer by GURUDATT.H.M

Lecture 1 - Introduction to heat transfer - Module 1 - Heat Transfer by GURUDATT.H.M

Lecture 14 - Problems on design of V belt drive #2 - Module 2 - DME_2 by GURUDATT.H.M.

Lecture 14 - Problems on design of V belt drive #2 - Module 2 - DME_2 by GURUDATT.H.M.

Lecture 13 - Problem on design of V belt drive #1 - Module 2 - DME_2 by GURUDATT.H.M.

Lecture 13 - Problem on design of V belt drive #1 - Module 2 - DME_2 by GURUDATT.H.M.

Lecture 6 - Introduction to analysis of trusses - Module 2 - FEA by GURUDATT.H.M

Lecture 6 - Introduction to analysis of trusses - Module 2 - FEA by GURUDATT.H.M

Lecture 5- Problem on analysis of bar subjected to traction loading - Module 2 - FEA by GURUDATT.H.M

Lecture 5- Problem on analysis of bar subjected to traction loading - Module 2 - FEA by GURUDATT.H.M

Lecture 4 - Problem on analysis of bar with uniformly varying c/s - Module 2 - FEA by GURUDATT.H.M

Lecture 4 - Problem on analysis of bar with uniformly varying c/s - Module 2 - FEA by GURUDATT.H.M

Lecture 3 - Problem on analysis of stepped bar - Module 2 - FEA by GURUDATT.H.M

Lecture 3 - Problem on analysis of stepped bar - Module 2 - FEA by GURUDATT.H.M

Lecture 2 - Problem on analysis of uniform cross sectioned bar - Module 2 - FEA by GURUDATT.H.M

Lecture 2 - Problem on analysis of uniform cross sectioned bar - Module 2 - FEA by GURUDATT.H.M

Lecture 1 - Introduction to Analysis of 1D Bars - Module 2 - Finite Element Analysis by GURUDATT.H.M

Lecture 1 - Introduction to Analysis of 1D Bars - Module 2 - Finite Element Analysis by GURUDATT.H.M

Lecture 7 - Design of worm gear when capacity is to be calculated- Module 4 - DME_2 by GURUDATT.H.M.

Lecture 7 - Design of worm gear when capacity is to be calculated- Module 4 - DME_2 by GURUDATT.H.M.

Radiation Shields - Module 3- Heat Transfer by GURUDATT.H.M

Radiation Shields - Module 3- Heat Transfer by GURUDATT.H.M

Lecture 6- View factor or Configuration factor (Radiation) - Module 3- Heat Transfer by GURUDATT.H.M

Lecture 6- View factor or Configuration factor (Radiation) - Module 3- Heat Transfer by GURUDATT.H.M

Lecture 6 - Design of worm gear when center distance is known - Module 4 - DME_2 by GURUDATT.H.M.

Lecture 6 - Design of worm gear when center distance is known - Module 4 - DME_2 by GURUDATT.H.M.

Lecture 5 - Design of worm gear when center distance is unknown - Module 4 - DME_2 by GURUDATT.H.M.

Lecture 5 - Design of worm gear when center distance is unknown - Module 4 - DME_2 by GURUDATT.H.M.

Lecture 5 - Introduction to thermal radiation - Module 3 - Heat Transfer by GURUDATT.H.M

Lecture 5 - Introduction to thermal radiation - Module 3 - Heat Transfer by GURUDATT.H.M

L4- Numerical Analysis of 1D Steady State and Transient (Explicit & Implicit ) HC- Mod 3 - HT by GHM

L4- Numerical Analysis of 1D Steady State and Transient (Explicit & Implicit ) HC- Mod 3 - HT by GHM

Lecture 3 - Problem on numerical analysis in heat transfer #2- Mod 3 - Heat Transfer by GURUDATT.H.M

Lecture 3 - Problem on numerical analysis in heat transfer #2- Mod 3 - Heat Transfer by GURUDATT.H.M

Lecture 2 - Problem on numerical analysis in heat transfer #1- Mod 3 - Heat Transfer by GURUDATT.H.M

Lecture 2 - Problem on numerical analysis in heat transfer #1- Mod 3 - Heat Transfer by GURUDATT.H.M

Lect 1 - Introduction to numerical analysis in heat transfer - Mod 3 - Heat Transfer by GURUDATT.H.M

Lect 1 - Introduction to numerical analysis in heat transfer - Mod 3 - Heat Transfer by GURUDATT.H.M

Lecture 8- Transient heat conduction in semi infinite solids - Mod 2 - Heat Transfer by GURUDATT.H.M

Lecture 8- Transient heat conduction in semi infinite solids - Mod 2 - Heat Transfer by GURUDATT.H.M

Lecture 7 - Transient heat conduction in infinite solids - Module 2 - Heat Transfer by GURUDATT.H.M

Lecture 7 - Transient heat conduction in infinite solids - Module 2 - Heat Transfer by GURUDATT.H.M

Lec 6 - Introduction to transient heat conduction (Lumped theory) - M2-Heat Transfer by GURUDATT.H.M

Lec 6 - Introduction to transient heat conduction (Lumped theory) - M2-Heat Transfer by GURUDATT.H.M

L5-Problems on analysis of heat transfer through fins continued #2- M2-Heat Transfer by GURUDATT.H.M

L5-Problems on analysis of heat transfer through fins continued #2- M2-Heat Transfer by GURUDATT.H.M

Lecture 12 - Problems on design of flat belt drive - Module 2 - DME_2 by GURUDATT.H.M.

Lecture 12 - Problems on design of flat belt drive - Module 2 - DME_2 by GURUDATT.H.M.

Lect 4- Problems on analysis of heat transfer through fins #1 - Mod 2- Heat Transfer by GURUDATT.H.M

Lect 4- Problems on analysis of heat transfer through fins #1 - Mod 2- Heat Transfer by GURUDATT.H.M

Lecture 11 - Introduction to design of belt drives - Module 2 - DME_2 by GURUDATT.H.M.

Lecture 11 - Introduction to design of belt drives - Module 2 - DME_2 by GURUDATT.H.M.

L3 - Fin efficiency, effectiveness and application of fin theory - M2- Heat Transfer by GURUDATT.H.M

L3 - Fin efficiency, effectiveness and application of fin theory - M2- Heat Transfer by GURUDATT.H.M

L10 - Problems on design of spring subjected to tension and fatigue loading - Mod 2 - DME_2 by GHM.

L10 - Problems on design of spring subjected to tension and fatigue loading - Mod 2 - DME_2 by GHM.

Lec 2- Analysis of heat transfer through fins continued ., #2 - Mod 2- Heat Transfer by GURUDATT.H.M

Lec 2- Analysis of heat transfer through fins continued ., #2 - Mod 2- Heat Transfer by GURUDATT.H.M

Lecture 1 - Analysis of heat transfer through fins #1 - Module 2 - Heat Transfer by GURUDATT.H.M

Lecture 1 - Analysis of heat transfer through fins #1 - Module 2 - Heat Transfer by GURUDATT.H.M

Lec 9 - Problems on design of belleville spring and torsion spring - Mod 2 - DME_2 by GURUDATT.H.M.

Lec 9 - Problems on design of belleville spring and torsion spring - Mod 2 - DME_2 by GURUDATT.H.M.

Lecture 8 - Problems on design of semi elliptical leaf spring - Module 2 - DME_2 by GURUDATT.H.M.

Lecture 8 - Problems on design of semi elliptical leaf spring - Module 2 - DME_2 by GURUDATT.H.M.

Lec 7 - Introduction to design of leaf spring and concept of nipping - Mod 2- DME_2 by GURUDATT.H.M.

Lec 7 - Introduction to design of leaf spring and concept of nipping - Mod 2- DME_2 by GURUDATT.H.M.

Lec 6 - Problems on design of concentric or composite helical spring - Mod 2- DME_2 by GURUDATT.H.M.

Lec 6 - Problems on design of concentric or composite helical spring - Mod 2- DME_2 by GURUDATT.H.M.

L5- Problems on design of non circular c/s compressive helical spring- Mod 2- DME_2 by GURUDATT.H.M.

L5- Problems on design of non circular c/s compressive helical spring- Mod 2- DME_2 by GURUDATT.H.M.

Lec 4 - Problems on design of buffer spring with circular c/s wire #3- Mod 2- DME_2 by GURUDATT.H.M.

Lec 4 - Problems on design of buffer spring with circular c/s wire #3- Mod 2- DME_2 by GURUDATT.H.M.

Lec 3- Problems on design of helical spring with circular c/s wire #2- Mod 2- DME_2 by GURUDATT.H.M.

Lec 3- Problems on design of helical spring with circular c/s wire #2- Mod 2- DME_2 by GURUDATT.H.M.