ABSTRACT
LJFAX = 3.27y2.26e-3.o5~sin1.89a/ED LJFtP8 132.49yl.70e-4.32Bsini.22a/ED3 LJFoP8 = 52.19y2.48e-3.95Bsin2.01a/ED3
fl1 = f44 = 3.66y2.1ge-2.74Bsin2.11a/ED f41 1.37y2.43e-2.22Bsin3.ooa/ED f61 - f43 = 4.76y1.84e-2.23Bsinl.61a/ED2 f22 f~~ = 49.59y2.48e-3.80Bsin2.10a/ED3
f~2 = 5.61y2.81e-l.84Bsin3.43a/ED3 f33 = f66 = 111.49yl.73e-3.98Bsinl.42a/ED3 f63 - 26.33yl.33e-3.44Bsino.29a/ED3
fl1 4.54y2.16e-2.85Bsin2.48a/ED f41 = 1.30y2.55e-2.&8Bsin2.44a/ED f61 3.96yl.91e-2.10Bsin1.97a/ED2 f22 55.37y2.45e-3.82Bsin2.22a/ED3 f52 = 5.56y2.86e-2.10Bsin2.64a/ED3 f33 115.57y1.74e-4.08Bsinl.52a/ED3 f43 = - 2.78yl.9ge-l.97Bsino.43a/ED2 f63 - 20.90Yl.44e-3.21Bsino.59aiEDJ f44 ~ 3.55y2.21e-2.B5Bsino.o3a/ED fe, = 58.07y2.43e-3.85Bsino.o3a/ED3 f66 170.02yl.62e-4.43Bsin-o.Ola/ED3
(10) (11) (12) (13) (14) (15) (16)
(17) (18) (19) (20) (21) (22) (23) (24) (25) (26) (27)
The above parametric formulae are valid for tubular joints with geometric parameters y=10-30 and B=0.4-0.8.
