WEBVTT 1 00:00:00.453 --> 00:00:01.484 At a core corner, 2 00:00:01.623 --> 00:00:03.962 magnetic flux turns and transfers between 3 00:00:03.977 --> 00:00:04.875 laminations. 4 00:00:05.749 --> 00:00:07.715 A conventional lap alternates joint 5 00:00:07.730 --> 00:00:09.732 positions between two locations. 6 00:00:10.589 --> 00:00:12.622 Flux detours around each gap through 7 00:00:12.637 --> 00:00:14.670 neighbouring sheets, concentrating the 8 00:00:14.685 --> 00:00:15.357 transfer. 9 00:00:16.241 --> 00:00:18.114 Now spread the joint positions over 10 00:00:18.129 --> 00:00:20.136 five steps, an example within the 11 00:00:20.151 --> 00:00:21.753 article's typical range. 12 00:00:22.624 --> 00:00:24.338 The transfer is shared across more 13 00:00:24.353 --> 00:00:25.942 layers and a wider area. 14 00:00:26.813 --> 00:00:28.673 That is the purpose of multi-step 15 00:00:28.688 --> 00:00:29.147 lap. 16 00:00:30.018 --> 00:00:31.585 The drawing only works when the 17 00:00:31.600 --> 00:00:32.697 build preserves it. 18 00:00:33.568 --> 00:00:35.388 Length and angle errors change the 19 00:00:35.403 --> 00:00:36.075 overlap. 20 00:00:36.932 --> 00:00:38.788 Burrs can hold the joint open. 21 00:00:39.672 --> 00:00:41.093 When the top yoke is removed 22 00:00:41.108 --> 00:00:42.285 for winding assembly, 23 00:00:42.531 --> 00:00:44.240 rebuild the same lacing pattern. 24 00:00:45.124 --> 00:00:47.356 Joint geometry, edge condition and 25 00:00:47.371 --> 00:00:49.599 reassembly all belong in the inspection.