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Theoretical Models

This section focuses on the general equations and laws that SglPend is based on.

RefnameTM:acceleration
LabelAcceleration
Equationa(t)=dv(t)dt
Description
  • a(t) is the acceleration (ms2)
  • t is the time (s)
  • v(t) is the velocity (ms)
SourceaccelerationWiki
RefBy
RefnameTM:velocity
LabelVelocity
Equationv(t)=dp(t)dt
Description
  • v(t) is the velocity (ms)
  • t is the time (s)
  • p(t) is the position (m)
SourcevelocityWiki
RefBy
RefnameTM:NewtonSecLawMot
LabelNewton’s second law of motion
EquationF=ma(t)
Description
  • F is the force (N)
  • m is the mass (kg)
  • a(t) is the acceleration (ms2)
Notes
  • The net force F on a body is proportional to the acceleration a(t) of the body, where m denotes the mass of the body as the constant of proportionality.
Source
RefBy
RefnameTM:NewtonSecLawRotMot
LabelNewton’s second law for rotational motion
Equationτ=Iα
Description
  • τ is the torque (Nm)
  • I is the moment of inertia (kgm2)
  • α is the angular acceleration (rads2)
Notes
  • The net torque τ on a rigid body is proportional to its angular acceleration α, where I denotes the moment of inertia of the rigid body as the constant of proportionality.
Source
RefByIM:calOfAngularDisplacement and GD:angFrequencyGD