need help in calculating thrust force for a double sided linear induction motor (DSLIM) for different frequencies and different final velocities of the secondary.
i am working on a project related to linear induction motors ,and i wanted to calculate the final velocity of the short secondary and the total thrust force produced by the DSLIM. the DSLIM has a maximum frequency of 500hz ( for simulation purposes) and maximum output voltage of 1700v. the short secondary (the shuttle) has a weigh of about 1000kg and the DSLIM has an airgap of about 0.375m.it has a slip of about 0.046.
with all the data provided , assuming ideal conditions , is it possible to caculate the thrust produced by the DSLIM and the final velocity of the short secondary (shuttle) taking into consideration all the end effects and the tansverse edge effects?
i am working on a project related to linear induction motors ,and i wanted to calculate the final velocity of the short secondary and the total thrust force produced by the DSLIM. the DSLIM has a maximum frequency of 500hz ( for simulation purposes) and maximum output voltage of 1700v. the short secondary (the shuttle) has a weigh of about 1000kg and the DSLIM has an airgap of about 0.375m.it has a slip of about 0.046.
with all the data provided , assuming ideal conditions , is it possible to caculate the thrust produced by the DSLIM and the final velocity of the short secondary (shuttle) taking into consideration all the end effects and the tansverse edge effects?
