Flux-AMESim co-simulation: complementary

Calculus of losses

As to the calculus of the losses, Flux proposes the following two calculi:

Type	Losses by Joule effect in …	Flux Sensor
Electrical circuit losses	the coils and the resistors of the electrical circuit	FLUX_LOSSES_COND_BOB + FLUX_LOSSES_RESISTANCE
Electromagnetic losses	the regions of solid conductor type – eddy current losses	FLUX_LOSSES_DOMAIN

Supplementary parameters

Concerning the parameters management, it is possible to distinguish the input and output parameters, necessary for the proper operation of the

co-simulation and the supplementary parameters, respectively.

Parameter	Management
Input parameters (AMESIM_...) Output parameter (FLUX_...),	automatic / invisible to the user
Supplementary parameter (PARAMETER …)	The user's responsibility

Parameter

Management

Input parameters (AMESIM_...)

Output parameter (FLUX_...),

automatic /

invisible to the user

Supplementary parameter (PARAMETER …)

The user's responsibility

Les paramètres supplémentaires sont des paramètres Flux dont les valeurs peuvent être transmises à AMESim.

These parameters are :

geometric parameters (independent)
I/O parameters type

Project F2A

While the coupling component is validated by the user (phase 1), the Flux software generates the new Flux project for the co-simulation (named F2A).

This project will be called by AMESim during the co-simulation. The management of the input parameters (amesim_...), of the output parameters (flux_...) and of the supplementary ones (parameter …) is invisible for the user.

The new project NAME_PROJECTF2A.FLU is characterized by:

name :

same name as the initial project with the suffix F2A
localization :

same folder as the initial project

File F2A

In the project F2A, Flux stores a data file of the coupling (AMESIM_LINACT.F2A or AMESIM_MOTOR.F2A).

This file is stored in the persistent folder.

It facilitates storage of the following data:

`[MAIN] VersionF2A = 1.0`	Version coupling component
`[SERVER] Server = FLUX2D_12.0_32 MEMSIZN3 = 78643200 MEMSIZC3 = 655360 JVM_MEMORY = 200 CAO_DEFLAN = 1`	Flux information server version, numerical memory, character and HCI. A value of "0" corresponds to dynamic memory mode (MEMSIZN3 and MEMSIZC3).
`[INPUTS] AMESIM_VOLTAGE.name = AMESIM_VOLTAGE AMESIM_POSITION.name = AMESIM_POSITION AMESIM_TEMPERATURE.name = AMESIM_TEMPERATURE`	Input parameters (for Flux)
`[OUTPUTS] FLUX_CURRENT.name = FLUX_CURRENT FLUX_FORCE.name = FLUX_FORCE FLUX_LOSSES.name = FLUX_LOSSES`	Output parameters (for AMESim)
`[PARAMETERS] Parameter1.name = STATOR_X Parameter1.value = 7.71941033972284 Parameter2.name = DXROTOR Parameter2.value = 0`	Supplementary parameters (for AMESim)