To investigate the sevoflurane concentrations produced within the Stephens anaesthetic machine circuit (vaporizer in-circle system) at different fresh gas flow rates (FGFRs), temperatures, vaporizer settings and vaporizer sleeve positions when used to anaesthetize dogs of different body sizes.
However, most previous works have focused on the speed/flux/torque regulation supposing the machine magnetic circuit to be linear and ignoring the machine power conversion equipments.
In practice, wear particles flowing in the machine lubrication circuit are inspected [3, 4].
The solutions proposed so far have been developed based on the assumption that the machine magnetic circuit characteristic is linear.
In most previous works, motor observers have been designed using standard models, neglecting the saturation and hysteretic effects in the machine magnetic circuit.
Numerical simulations are performed on a machining model circuit using measured electrochemical properties of the model system which consisted of a tungsten tool electrode, a 1 M H2SO4 electrolyte and a stainless steel work piece electrode.
The point is that all existing solutions have been developed based on the assumption that the machine magnetic circuit characteristic is linear which is not true in practice, due to magnetic saturation.
The experimental evidences and the new requirements due to the machine and circuit modifications, which called for the revision of the system, are described, together with its new architecture.
ANCF (Absolute nodal coordinate formulation) simulations and experiments, unwinding mechanism of cables, AutoDyn7 (Automobile Dynamics in G7 project) program, PNU (Pusan National University) driving simulator, air-cell seat for passenger cars, optimum speed decision of an unmanned autonomous vehicle, MBD modeling of a drum type washing machine and circuit breaker were introduced.
All patients had the similar make vascath (14Fr, polyurethane catheter; Logitech) and the same CRRT machine and circuit.
