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A laminated core for a motor includes a plurality of laminations each of which are disposed in a non-spaced relation to an adjacent lamination and each of which have a disc-like configuration and wherein the plurality of laminations are each dimensioned and configured to provide for a flow of a cool

A laminated core for a motor includes a plurality of laminations each of which are disposed in a non-spaced relation to an adjacent lamination and each of which have a disc-like configuration and wherein the plurality of laminations are each dimensioned and configured to provide for a flow of a cooling fluid traveling in a radial direction to a rotational axis of the motor. A method of cooling a motor is also presented.

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What is claimed is: 1. Laminations for a laminated core of a motor, comprising: at least one inner vent lamination comprising at least one inner port and wherein the at least one inner vent lamination has a continuous peripheral surface; and at least one outer vent lamination comprising and at leas

What is claimed is: 1. Laminations for a laminated core of a motor, comprising: at least one inner vent lamination comprising at least one inner port and wherein the at least one inner vent lamination has a continuous peripheral surface; and at least one outer vent lamination comprising and at least one outer port that is configured whereby the at least one outer vent lamination has a discontinuous peripheral surface; the at least one inner port and the at least one outer port are each dimensioned and configured to communicate to define a radial cooling duct extending in a generally radial direction when the at least one inner vent lamination and the at least one outer vent lamination are assembled together; and wherein the at least one inner vent lamination and the at least one outer vent lamination are configured for a rotor. 2. The laminations of claim 1, wherein the at least one inner vent lamination comprises a plurality of inner vent laminations each disposed adjacent each other. 3. The laminations of claim 2, wherein the at least one outer vent lamination comprises a plurality of outer vent laminations each disposed adjacent each other and wherein the plurality of inner vent laminations and the plurality of outer vent laminations are mounted together whereby the inner ports and the outer ports each communicate. 4. The laminations of claim 1, wherein: the at least one inner port comprises a plurality of inner ports circumferentially spaced about the at least one inner vent lamination and wherein each of the inner ports are elongated along a radial direction; and the at least one outer port comprises a plurality of outer ports circumferentially spaced about the at least one outer vent lamination and wherein each of the outer ports are elongated along a radial direction. 5. The laminations of claim 3, wherein the inner vent laminations and the outer vent laminations each comprise at least one cooling aperture disposed adjacent to each other to define an axial cooling duct. 6. The laminations of claim 5, wherein the at least one cooling aperture comprises a plurality of circumferentially spaced cooling apertures and wherein each circumferentially spaced cooling aperture is disposed adjacent to each other to define a plurality of axial cooling ducts. 7. Laminations for a laminated core of a motor, comprising: at least one inner vent lamination comprising at least one inner port and wherein the at least one inner vent lamination has a continuous peripheral surface; and at least one outer vent lamination comprising and at least one outer port that is configured whereby the at least one outer vent lamination has a discontinuous peripheral surface; the at least one inner port and the at least one outer port are each dimensioned and configured to communicate to define a radial cooling duct extending in a generally radial direction when the at least one inner vent lamination and the at least one outer vent lamination are assembled together; and wherein the at least one inner vent lamination and the at least one outer vent lamination are configured for a stator. 8. A laminated core for a motor, comprising: a plurality of laminations each of which being disposed in a non-spaced relation to an adjacent lamination and each having a disc-like configuration and wherein the plurality of laminations each are dimensioned and configured to provide for a flow of a cooling fluid traveling in a radial direction to a rotational axis of the motor; and wherein the at least one inner vent lamination and the at least one outer vent lamination are configured for a rotor. 9. The laminated core of claim 8, comprising: at least one inner vent lamination comprising at least one inner port and wherein the at least one inner vent lamination has a continuous peripheral surface; and at least one outer vent lamination comprising at least one outer port that is configured whereby the at least one outer vent lamination has a discontinuous peripheral surface; wherein the at least one inner port and the at least one outer port are each dimensioned and configured to communicate to define a radial cooling duct when the at least one inner vent lamination and the at least one outer vent lamination are assembled together. 10. The laminated core of claim 9, wherein the at least one inner vent lamination comprises a plurality of inner vent laminations each disposed adjacent each other. 11. The laminated core of claim 10, wherein the at least one outer vent lamination comprises a plurality of outer vent laminations each disposed adjacent each other and wherein the plurality of inner vent laminations and the plurality of outer vent laminations are mounted together whereby the inner ports and the outer ports each communicate. 12. The laminated core of claim 9, wherein: the at least one inner port comprises a plurality of inner ports circumferentially spaced about the at least one inner vent lamination and wherein each of the inner ports are elongated along a radial direction; and the at least one outer port comprises a plurality of outer ports circumferentially spaced about the at least one outer vent lamination and wherein each of the outer ports are elongated along a radial direction. 13. The laminated core of claim 11, wherein the inner vent laminations and the outer vent laminations each comprise at least one cooling aperture disposed adjacent to each other to define an axial cooling duct. 14. The laminated core of claim 13, wherein the at least one cooling aperture comprises a plurality of circumferentially spaced cooling apertures and wherein each circumferentially spaced cooling aperture is disposed adjacent to each other to define a plurality of axial cooling ducts. 15. The laminations of claim 7, wherein the at least one inner vent lamination comprises a plurality of inner vent laminations each disposed adjacent each other. 16. The laminations of claim 15, wherein the at least one outer vent lamination comprises a plurality of outer vent laminations each disposed adjacent each other and wherein the plurality of inner vent laminations and the plurality of outer vent laminations are mounted together whereby the inner ports and the outer ports each communicate. 17. The laminations of claim 7, wherein the at least one inner port comprises a plurality of inner ports circumferentially spaced about the at least one inner vent lamination and wherein each of the inner ports are elongated along a radial direction; and the at least one outer port comprises a plurality of outer ports circumferentially spaced about the at least one outer vent lamination and wherein each of the outer ports are elongated along a radial direction. 18. The laminations of claim 16, wherein the inner vent laminations and the outer vent laminations each comprise at least one cooling aperture disposed adjacent to each other to define an axial cooling duct. 19. The laminations of claim 18, wherein the at least one cooling aperture comprises a plurality of circumferentially spaced cooling apertures and wherein each circumferentially spaced cooling aperture is disposed adjacent to each other to define a plurality of axial cooling ducts. 20. A laminated core for a motor, comprising: a plurality of laminations each of which being disposed in a non-spaced relation to an adjacent lamination and each having a disc-like configuration and wherein the plurality of laminations each are dimensioned and configured to provide for a flow of a cooling fluid traveling in a radial direction to a rotational axis of the motor; and wherein the at least one inner vent lamination and the at least one outer vent lamination are configured for a stator. 21. The laminated core of claim 20, comprising: at least one inner vent lamination comprising at least one inner port and wherein the at least one inner vent lamination has a continuous peripheral surface; and at least one outer vent lamination comprising at least one outer port that is configured whereby the at least one outer vent lamination has a discontinuous peripheral surface; wherein the at least one inner port and the at least one outer port are each dimensioned and configured to communicate to define a radial cooling duct when the at least one inner vent lamination and the at least one outer vent lamination are assembled together. 22. The laminated core of claim 21, wherein the at least one inner vent lamination comprises a plurality of inner vent laminations each disposed adjacent each other. 23. The laminated core of claim 22, wherein the at least one outer vent lamination comprises a plurality of outer vent laminations each disposed adjacent each other and wherein the plurality of inner vent laminations and the plurality of outer vent laminations are mounted together whereby the inner ports and the outer ports each communicate. 24. The laminated core of claim 21, wherein: the at least one inner port comprises a plurality of inner ports circumferentially spaced about the at least one inner vent lamination and wherein each of the inner ports are elongated along a radial direction; and the at least one outer port comprises a plurality of outer ports circumferentially spaced about the at least one outer vent lamination and wherein each of the outer ports are elongated along a radial direction. 25. The laminated core of claim 23, wherein the inner vent laminations and the outer vent laminations each comprise at least one cooling aperture disposed adjacent to each other to define an axial cooling duct. 26. The laminated core of claim 25, wherein the at least one cooling aperture comprises a plurality of circumferentially spaced cooling apertures and wherein each circumferentially spaced cooling aperture is disposed adjacent to each other to define a plurality of axial cooling ducts.