1 Leung, A. Y. T., "Vibration of thin pre-twisted helical beams" 47 (47): 1177-1195, 2010
2 Hsu, M. H., "Vibration analysis of pre-twisted beams using the spline collocation method" 17 (17): 106-115, 2009
3 Sequin, C. H., "To build a twisted bridge" 2000
4 Yu, A. M., "Theory and application of naturally curved and twisted beams with closed thin-walled cross sections" 55 (55): 733-741, 2009
5 Shadnam, M.R, "Stability of pre-twisted beams in crosses bracings" 43 (43): 328-335, 2002
6 Zelenina, A.A., "Saint Venant problem for a naturally twisted rod in nonlinear moment elasticity theory" 51 (51): 136-139, 2006
7 Zupan, D., "On"A proposed standard set of problems to test finite element accuracy" : the twisted beam" 40 (40): 1445-1451, 2004
8 Leung, A. Y. T., "Natural vibration of pre-twisted shear deformable beam systems subject to multiple kinds of initial stresses" 329 (329): 1901-1923, 2010
9 Petrov, E., "Finite element theory for curved and twisted beams based on exact solutions for three dimensional solids. Part 1: beam concept and geometrically exact nonlinear fomulation, Part 2: anisotropic and advanced beam models" 165 (165): 43-127, 1998
10 Leung, A. Y. T., "Dynamics and buckling of thin pre-twisted beams under axial load and torque" 32 (32): 957-981, 2010
1 Leung, A. Y. T., "Vibration of thin pre-twisted helical beams" 47 (47): 1177-1195, 2010
2 Hsu, M. H., "Vibration analysis of pre-twisted beams using the spline collocation method" 17 (17): 106-115, 2009
3 Sequin, C. H., "To build a twisted bridge" 2000
4 Yu, A. M., "Theory and application of naturally curved and twisted beams with closed thin-walled cross sections" 55 (55): 733-741, 2009
5 Shadnam, M.R, "Stability of pre-twisted beams in crosses bracings" 43 (43): 328-335, 2002
6 Zelenina, A.A., "Saint Venant problem for a naturally twisted rod in nonlinear moment elasticity theory" 51 (51): 136-139, 2006
7 Zupan, D., "On"A proposed standard set of problems to test finite element accuracy" : the twisted beam" 40 (40): 1445-1451, 2004
8 Leung, A. Y. T., "Natural vibration of pre-twisted shear deformable beam systems subject to multiple kinds of initial stresses" 329 (329): 1901-1923, 2010
9 Petrov, E., "Finite element theory for curved and twisted beams based on exact solutions for three dimensional solids. Part 1: beam concept and geometrically exact nonlinear fomulation, Part 2: anisotropic and advanced beam models" 165 (165): 43-127, 1998
10 Leung, A. Y. T., "Dynamics and buckling of thin pre-twisted beams under axial load and torque" 32 (32): 957-981, 2010
11 Yu, W.B., "Dewey H Hodges, et al. Theory of initially twisted, composite thin-walled beams" 43 (43): 1296-1311, 2005
12 Banerjee. J. R., "Development of an exact dynamic stiffness matrix for free vibration analysis of a twisted Timoshenko beam" 270 (270): 379-401, 2004
13 Yu, A. M., "An improved model for naturally curved and twisted composite beams with closed thin-walled sections" 93 (93): 2322-2329, 2011
14 ANSYS Inc., "ANSYS APDL Programmer’s Guide Release 11.0" 2007
15 Barnett, J. F., "A bridge for the bridges" 1999