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Mechnical Engineering - Basics 1
This unique application is for allstudentsacross the world. It covers 95 topics of Elements ofMechanicalEngineering in detail. These 95 topics are divided in 5units.Each topic is around 600 words and is complete withdiagrams,equations and other forms of graphical representationsalong withsimple text explaining the concept in detail.This USP of this application is "ultra-portability". Studentscanaccess the content on-the-go from anywhere they like.Basically, each topic is like a detailed flash card and willmakethe lives of students simpler and easier.Some of topics Covered in this application are:1. Equality of Vectors2. Review of the three laws of motion3. Adding and subtracting two vectors (Graphical Method)4. Scalar or dot product5. Vector or cross product6. Geometric interpretation of cross product7. Equilibrium of bodies I8. Equilibrium of bodies II9. Forces and couples generated by various elements10. Forces and couples generated by variouselements-rollerproblem11. Forces and couples generated by variouselements-hingeproblem12. Forces and couples generated by various elements-built inorfixed support13. Equilibrium of bodies III14. Free Body Diagram15. Statical determinacy16. Couple and Moment of a Couple17. Moment of a Force18. Resultant of Systems of Coplanar Forces19. Friction20. Coulomb Theory of Friction21. Angle of static friction22. Coefficient Of Friction23. Lamis theorem: Friction24. Belt Friction25. Trusses26. Example on Trusses27. Method of joints28. Method of sections29. Design of a Truss30. Beams: Type of Beams31. Shear force, axial force and bending moment32. Beams under Concentrated Loads33. Example of beam34. Method of sections35. Center of mass and Center of Gravity36. Centroid of a length, Area and volume37. Theorem of Pappus - Guldinus38. Second Moments and the product of area of a plane39. second moment of area: Parallel axis theorem for the productofarea40. Second Moments and Products of Area in the rotatedCoordinateSystem41. Moments and Product of Inertia42. Moments of Inertia43. Translation of Coordinate Axes44. Principal Axes in Moment of Inertia45. Kinematics of a Particle46. Terminology: Kinematics of a Particle47. Kinematics of a particle moving on a curve48. Motion in a plane: Polar coordinates49. Direct Central Impact50. Relative Motion51. Plane Kinematics of rigid bodies52. Kinetics of a Particle: Direct application of Newton'ssecondlaw53. D' Alembert's principle54. Work and Energy55. Linear Momentum56. Impulse57. Conservation of angular momentum58. Oblique Central Impact59. Plane Kinetics of rigid bodies60. Kinetics of body61. Rolling Motion: Kinetics of body62. Kinetics63. Work and Energy for Rigid Bodies64. Potential Energy65. Methods of momentum66. Interconnected rigid bodies67. Concept of Stress and Strain68. Concept of stress69. Types of Stresses70. General State of stress at a point71. Cartesian - co-ordinate system and Cylindrical -co-ordinatesystem72. Shear Stresses73. Stresses on oblique plane74. Material subjected to combined direct and shear stresses75. Concept of strain76. Three dimensional state of strain and Principal strains intermsof stress77. Strains on an oblique plane78. Stress Strain Relations79. Elastic Stress strain Relations80. Relation Among Elastic Constants81. Shape of stress stain diagram82. Vickers Hardness test and Rockwell Hardness Test83. Shearing stress distribution in typical cross-sections84. Shear stress distribution in beams ofcircularcross-section85. Principal Stresses in BeamsIMPORTANT LINKSFeedback: Share your feedback at [email protected] linksFacebook : https://www.facebook.com/EngineeringEasy/Twitter : https://twitter.com/easyengineerinWebsite:http://www.engineeringapps.net/
