All Stories

  1. Optimization of the gear-shaping process for maximal productivity
  2. A mathematical model for the productivity of a rotor machine tool turning with a circular broach
  3. Mathematical model for maximal productivity rate of broaching process
  4. Acceleration Analysis of Rotating Objects
  5. Gyroscopic Effects in Engineering
  6. Gyroscopic Effects of the Spinning Objects’ Inversion
  7. Inertial Forces and Torques Acting on Simple Spinning Objects
  8. Mathematical Models for Motions of a Gyroscope Suspended from the Flexible Cord
  9. Mathematical Models for Motions of a Gyroscope with One Side Support
  10. Mathematical Models for the Top Motions and Gyroscope Nutation
  11. Physics of Gyroscopic Effects
  12. Properties and Specificities of Gyroscopic Torques
  13. Theory of Gyroscopic Effects for Rotating Objects
  14. Corrected mathematical models for inertial torques generated by a spinning sphere
  15. Optimization of Machining for the Maximal Productivity Rate of the Drilling Operations
  16. Maximal productivity rate of threading machine operations
  17. Fundamental properties of the gyroscope oscillation
  18. Optimization of the face milling operations by the criterion of the maximal productivity rate
  19. Gyroscopic Torques Generated by a Spinning Ring Torus
  20. Compressive mechanical behavior and failure of the pig bone rib and correlation to its morphological characteristics
  21. Theory of gyroscopic effects for rotating objects
  22. Gyroscope oscillation depends on a rotor speed velocity
  23. The Correlation of Gyroscope Axial Velocities
  24. Optimization of machining by the milling cutter
  25. Inertial Forces and Torques Acting on a Spinning Annulus
  26. The corrected mathematical models for the top motion
  27. Corrected Inertial Torques of Gyroscopic Effects
  28. Corrected Internal Torques of Gyroscopic Effects
  29. Physics and mathematical model for boomerang flight
  30. A Corrected Model for the Radial Acceleration of a Rotating Object
  31. Corrected Mathematical Models for Motions of the Gyroscope with one Side Free Support
  32. Theory of Gyroscopic Effects for Rotating Objects
  33. Physics of the Gyroscopic Effects of the Spinning Objects Inversion and Flight
  34. Properties and Specifies of Gyroscopic Torques
  35. Mathematical Models for the Top Motions and Gyroscope Nutation
  36. Mathematical Models for Motions of a Gyroscope with One-Side Support
  37. Mathematical Models for Motions of a Gyroscope Suspended from the Flexible Cord
  38. Gyroscopic Effects in Engineering
  39. Gyroscopic Effects of Deactivation of Inertial Forces
  40. Acceleration Analysis of Rotating Objects
  41. Inertial Forces and Torques Acting on Simple Spinning Objects
  42. Physics of a Spinning Object Cyclic Inversion at an Orbital Flight
  43. Inertial torques acting on a spinning sphere
  44. The Mathematical Model for the Tippe Top Inversion
  45. Fundamental principles of gyroscope theory based on kinetic energy
  46. Physics of deactivation of gyroscopic inertial forces
  47. Erratum: “Physics of gyroscope nutation” [AIP Advances 9, 105101 (2019)]
  48. Interrelation of Precessed Motions of the Gyroscope
  49. Inertial torques acting on a spinning paraboloid
  50. Acceleration Analysis of Rotating Objects
  51. Gyroscopic Effects in Engineering
  52. Gyroscopic Effects of Deactivation of Inertial Forces
  53. Inertial Forces and Torques Acting on Simple Spinning Objects
  54. Mathematical Models for Motions of a Gyroscope Suspended from the Flexible Cord
  55. Mathematical Models for Motions of a Gyroscope with One Side Support
  56. Mathematical Models for the Top Motions and Gyroscope Nutation
  57. Properties and Specifies of Gyroscopic Torques
  58. Theory of Gyroscopic Effects for Rotating Objects
  59. Physics of Gyroscope’s “Antigravity Effect”
  60. Mathematical Models for Precession of a Gyroscope with One Side Support
  61. Physics of gyroscope nutation
  62. Deactivation of gyroscopic inertial forces
  63. Productivity Theory for Industrial Engineering
  64. Gyroscope Torques Acting on Rolling Disc
  65. A Mathematical Model for Top Nutation Based on Inertial Forces of Distributed Masses
  66. Mathematical models for principles of gyroscope theory
  67. A mathematical model for motions of gyroscope suspended from flexible cord
  68. Mathematical model for gyroscope effects