[1] KIM, Y., LEE, J., and PARK, J. Development of actuation system for wearable robots using spiral spring. International Conference on Control, IEEE Press, Piscataway (2012)
[2] KIM, Y., LEE, J., and PARK, J. Compliant joint actuator with dual spiral springs. IEEE/ASME Transactions on Mechatronics, 18(6), 1839-1844(2013)
[3] SHAN, W. Z., PAN, X. B., CHEN, Y. T., and YI, S. G. The development of equipment for braking energy recovery with spiral spring (in Chinese). Machine Design and Manufacturing Engineering, 44(10), 73-77(2015)
[4] ZHONG, Z. Y., ZHANG, H. L., ZHOU, J. P., and HUANG, Y. Y. Review of non-pyrotechnic connection and separation technology of spacecraft (in Chinese). Manned Spaceflight, 25(1), 128-142(2019)
[5] YANG, B. J., WANG, Z. W., and GAI, Y. X. Research progress of non-pyrotechnic releasing devices on the spacecraft (in Chinese). Machinery Design and Manufacture, 325(3), 267-269(2018)
[6] PEFFER, A., DENOYER, K., FOSNESS, E., and SCIULLI, D. Development and transition of low-shock spacecraft release devices. Aerospace Conference Proceedings, IEEE Press, Piscataway, 277-284(2000)
[7] DUFORET, O., BONDUELLE, B., VALEMBOIS, G., DILHAN, D., and SICRE, J. New concept of a resettable ultra low shock actuator (RULSA). 14th European Space Mechanisms and Tribology Symposium, European Space Agency, Constance, Germany (2011)
[8] BONDUELLE, B., DUFORET, O., and VALEMBOIS, G. Resettable ultra low shock actuators:development of 2 BBMS representative of large scale applications. 15th European Space Mechanisms and Tribology Symposium, European Space Agency, the Netherlands, 137-144(2013)
[9] XU, Z. L. Elasticity, 5th ed., Vol. I, Higher Education Press, Beijing, 73-80(2016)
[10] LAI, X. L., WANG, Q., CAI, D. M., and WANG, P. Approach to determine winding layers of prestressed strip-wound dies (in Chinese). Journal of Plasticity Engineering, 15(3), 152-156(2008)
[11] CHEN, K. J. Fatigue Design Method and Numerical Simulation of Strip Wound Prestressed Die (in Chinese), M. Sc. dissertation, University of Jinan, Jinan, 9-21(2013)
[12] HE, Z. L., YU, B., SONG, B. Y., and WANG, J. Design and analysis of a separation nut based on vortex coil spring (in Chinese). Astronautical Systems Engineering Technology, 4(5), 69-74(2020)
[13] POOK, L. P. An introduction to coiled springs (mainsprings) as a power source. International Journal of Fatigue, 33(8), 1017-1024(2011)
[14] LIU, Z. J., ZHAO, X. Q., ZHANG, J. Y., and LIN, C. X. Spiral torsion spring optimization design for separation devices. Journal of Donghua University (English Edition), 33(2), 332-335(2016)
[15] MUNOZ-GUIJOSA, J. M., CABALLERO, D. F., CRUZ, V., SANZ, J., and ECHAVARRI, J. Generalized spiral torsion spring model. Mechanism and Machine Theory, 51, 110-130(2012)
[16] MUNOZ-GUIJOSA, J. M., CABALLERO, D. F., CRUZ, V., LANTADA, A., MUNOZ, J., and ECHAVARRI, J. On the use of variable bending stiffness clothoidal strips for the analysis and synthesis of low variability torque-angle turned curves in spiral torsion springs. Mechanism and Machine Theory, 67, 32-46(2013)
[17] IMADO, K. and OTSU, T. Study of Euler's belt formula. Tribology Online, 12(4), 187-192(2017)
[18] IMADO, K. Study of belt friction in over-wrapped condition. Tribology Online, 3(2), 76-79(2008)
[19] IMADO, K., TOMINAGA, H., MIURA, A., YAMAGUCHI, Y., and KAWAGOE, T. Development of novel clutch utilizing self-locking mechanisms of belt. Tribology International, 43(5), 1127-1131(2010)
[20] IMADO, K. Study of self-locking mechanism of belt friction. Proceedings of ASME/STLE International Joint Tribology Conference, ASME Press, San Diego, 435-437(2007)
[21] LUBARDA, V. A. The mechanics of belt friction revisited. International Journal of Mechanical Engineering Education, 42(2), 97-112(2014)
[22] REN, J. L. The Design of Fiber Algorithms Based on Euler Equations (in Chinese), M. Sc. dissertation, Xi'an Technological University, Xi'an, 11-13(2015)
[23] WANG, H. N., LIU, Y., and YAN, X. D. Analysis of mechanical property of steel belt transmission and its application (in Chinese). Equipment for Electronic Products Manufacturing, 47(5), 59-63(2018)
[24] LI, H. J. The analysis of the belt driven roller wrapping angle (in Chinese). Engineering Equipment and Materials, 2017(3), 89-113(2017)
Email Alert
RSS