1.1 analyse geared systems to determine velocity ratio and required accelerating torque
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Learning outcomes
On successful completion of
this unit a learner will:
Assessment criteria for pass
The learner can:
LO1 Be able to determine the
kinetic and dynamic
parameters of mechanical
power transmission system
elements
1.1 analyse geared systems to determine velocity ratio
and required accelerating torque
1.2 determine the operating efficiency of screw jacks
and lead screws
1.3 analyse turning moment diagrams for reciprocating
engines and presses to determine the required
flywheel parameters for specific operating conditions
1.4 analyse the characteristics of Hooke’s joints and
constant velocity joints and recognise the conditions
for a constant velocity ratio
LO2 Be able to determine the
kinetic and dynamic
parameters of mechanical
systems
2.1 determine the output motion of radial plate and
cylindrical cams
2.2 determine the velocities and accelerations of points
within plane mechanisms and the associated inertia
forces
2.3 analyse systems in which gyroscopic motion is
present to determine the magnitude and effect of
gyroscopic reaction torque
LO3 Be able to determine the
behavioural characteristics of
translational and rotational
mass-spring systems
3.1 determine the natural frequency of vibration in
translational and rotational mass-spring systems
3.2 determine the critical whirling speed of shafts
3.3 determine the transient response of damped massspring
systems when subjected to a disturbance
3.4 determine the steady state response of damped
mass-spring systems when subjected to sinusoidal
excitation.
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