동역학1장

목차

Rectilinear Kinematics(Motion): Continuous Motion
Rectilinear Kinematics.
Position.
Displacement.
Velocity.
Acceleration.
Constant Acceleration, a=ac.
Velocty as a Function of Time.
Position as a Function of Time.
Velocity as a Function of Position.
EXAMPLE (1-1)
Given the s-t Graph, Construct the v-t Graph.
Given the v-t Graph, Construct the a-t Graph.
EXAMPLE (1-2)
Given the a-t Graph, Construct the v-t Graph.
Given the v-t Graph, Construct the s-t Graph.
EXAMPLE (1-3)
Given the a-s Graph, Construct the v-s Graph.
Given the v-s Graph, Construct the a-s Graph.
EXAMPLE (1-4)
General Curvilinear Motion
Position.
Displacemint.
Velocity.
Acceleration
Curvilinear Motion: Rectangualr Components
Position.
Velocity
Acceleration.
EXAMPLE 1-5
Motion of a Projectile
Horizontal Motion.
Vertical Motion.
EXAMPLE 1-6
Curvilinear Motion: Normal and Tangential Components
Planar Motion.
Velocity.
Acceleration.
Summarize these concept.
EXAMPLE 1-7
Curvilinear Motion: Cylindrical Components
Polar Coordinates.
Position.
Velocity
Acceleration.
Cylindrical Coordinates.
Time Derivatives.
EXAMPLE 1-8
Absolute Dependent Motion Analysis of Two Particles
EXAMPLE 1-9
Relative-Motion Analysis of Two Particles Using Translating Axes
Position
Velocity
Acceleration.
EXAMPLE 1-10

본문내용

Rectilinear Kinematics(Motion): Continuous Motion

Rectilinear Kinematics.

Position.
Position vector r is always alone the s axis. Its direction never changes.

Displacement.
change in its position
Δr = r' - r.
algebraic scalars
Δs = s' - s

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