2019IOP Conference Series Materials Science and EngineeringOpen access

Kinematic method of envelope points calculation when the wraparound points are known

Dmitriy A. Babichev, Dmitry T. Babichev, S Yu Lebedev

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Abstract

Abstract There are two kinds of surfaces that are formed by the movable bodies: wraparound and envelope surfaces. In this work the authors develop velocity (kinematic) envelope points’ calculation method, when the envelope is known. The method is approximate; and based upon the usage of terms “speed and acceleration”; and lets reduce the amount of calculation using undifferentiated methods of envelope estimation

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Abstract There are two kinds of surfaces that are formed by the movable bodies: wraparound and envelope surfaces. In this work the authors develop velocity (kinematic) envelope points’ calculation method, when the envelope is known. The method is approximate; and based upon the usage of terms “speed and acceleration”; and lets reduce the amount of calculation using undifferentiated methods of envelope estimation

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Available abstract

Abstract There are two kinds of surfaces that are formed by the movable bodies: wraparound and envelope surfaces. In this work the authors develop velocity (kinematic) envelope points’ calculation method, when the envelope is known. The method is approximate; and based upon the usage of terms “speed and acceleration”; and lets reduce the amount of calculation using undifferentiated methods of envelope estimation

Key concepts: Envelope (radar), Kinematics, Acceleration, Work (physics), Geometry, Mechanics, Computer science, Physics

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