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This model demonstrates how to model the dissipated power of a multi-body force element by enabling the heatPort of all components and connecting these heatPorts via a convection element to the environment. The total heat flow generated by the elements of this multi-body system and transported to the environment is present in variable convection.fluid.

Components (15)

	world	Type: World Description: World coordinate system + gravity field + default animation definition
	body1	Type: Body Description: Rigid body with mass, inertia tensor and one frame connector (12 potential states)
	bar1	Type: FixedTranslation Description: Fixed translation of frame_b with respect to frame_a
	bar2	Type: FixedTranslation Description: Fixed translation of frame_b with respect to frame_a
	spring1	Type: Spring Description: Linear translational spring with optional mass
	damper1	Type: Damper Description: Linear (velocity dependent) damper
	springDamper	Type: SpringDamperParallel Description: Linear spring and linear damper in parallel
	body2	Type: Body Description: Rigid body with mass, inertia tensor and one frame connector (12 potential states)
	bar3	Type: FixedTranslation Description: Fixed translation of frame_b with respect to frame_a
	springDamperSeries	Type: SpringDamperSeries Description: Linear spring and linear damper in series connection
	body3	Type: Body Description: Rigid body with mass, inertia tensor and one frame connector (12 potential states)
	spring	Type: Spring Description: Linear translational spring with optional mass
	const	Type: Constant Description: Generate constant signal of type Real
	convection	Type: Convection Description: Lumped thermal element for heat convection (Q_flow = Gc*dT)
	TAmbient	Type: FixedTemperature Description: Ambient temperature

HeatLosses

Diagram

Wolfram Language

Information

Components (15)