Диссертация (1025962), страница 16
Текст из файла (страница 16)
Открытия, Изобретения№ 8.84.Усюкин В.И. Строительная механика конструкций космической техники:Учебник для студентов втузов. М.: Машиностроение, 1988. 392 с.85.Феодосьев В.И. К расчету биметаллических элементов // Труды МВТУ№11. 1950. №3 С.34-39.86.Феодосьев В.И. О больших прогибах и устойчивости круглой мембраны смелкой гофрировкой // ПММ. 1945. №9. С.389-412.14787.Феодосьев В.И. Сопротивление материалов. М.:Наука,1979. 560с.88.Феодосьев В.И. Упругие элементы точного приборостроения. М.:Оборнгиз, 1949. 343с.89.Филин А.П.
Элементы теории оболочек. Л..:Стройиздат, 1987. 384 с.90.Худик В.Н., Повисок В. В., Федурок М. П. О тепловой деформациибиметаллического диска // Прикладная механика. 1993. Т.29. N 8. С.61-68.91.Чарухина К. Е., Голованенко С. А., Мастеров В. А., Казаков Н. Ф.Биметаллические соединения М.: Металлургия, 1970. 288 с.92.Шаповалов Л.Д. Об одном простейшем варианте уравнений геометрическинелинейной теории тонких оболочек // Механика твердого тела. 1969. №1.С.56-63.93.A thermally responsive switch: пат. 2280785 Великобритания / D.A.
Smithзаявл. 03.08.1994; опубл. 08.02.1995.94.An overheat protection control unit for liquid heater: пат. 2306483 (А4) Китай/ Y. Qiang заявл. 06.07.2009; опубл. 08.01.2014.95.ANSYS Academic Research, 2012 Release 14.5, Help System, ANSYS Inc,Canonsburg.96.Ashwell. D.G, Gallagher R.H Finite Element for Thin Shells and CurvedMembers London: Wiley, 1976. 268 c.97.Axelrad. E.L, Emmerling F.A Flexible shells: Theory and application - NewYork: Springer-Verlag, 1984. 282 c.98.Bathe K.-J.
Finite element procedures. Boston: Klaus-Jurgen Bathe, 2006.1040 c.99.Batoz J. L., Chattopadhyay A., Dhatt G. Finite element large deflectionanalysis of shallow shells // International Journal for Numerical Methods inEngineering. 1976. Т. 10, №. 1. С. 39-58.100.Benecke W., Riethmüller W., Thermally Excited Silicon Microactuators// IEEE Trans.
Electron. Devices. 1988. №35 (6) C. 758–763.148101.Bimetal cutouts, thermostats: Cantherm company catalog, Canada, 2003.URL. http://www.cantherm.com (дата обращения 12 сентября 2015).102.Bimetal discs: B.D.G. EL. S.r.l. сompany catalog, Italy, 1990-2000.URL. http://www.bdg-el.it (дата обращения 12 сентября 2015).103.Bimetallic actuators: пат. 2328167 Великобритания / V.J.Garveyзаявл.
17.04.1997; опубл. 17.02.1999.104.Btachut J. Buckling of shallow spherical caps subjected to externalpressure // Journal of applied mechanics. 2005. Т. 72, №. 5. С. 803-806.105.Chan H. Y., Li W. J. A thermally actuated polymer micro robotic gripperfor manipulation of biological cells // Proc. IEEE Int.
Conf. Robotics andAutomation (ICRA 2003). 2003. №9 C. 288–293.106.Christiansen D., Alexander C.K., Jurgen R.K. Standard book ofelectronic engineering. New York: McGraw-Hill Professional, 2004. 2200 c.107.Coello C. A., Van Veldhuizen D. A., Lamont G. B. Evolutionaryalgorithms for solving multi-objective problems. New York: KluwerAcademic, 2002. 242 c.108.Cortez P.
Modern Optimization with R. Switzerland: Springer, 2014. 317c.109.Crisfield M.A. A fast Incremental/ Iterative solution procedure thathandles "snapthrought" // Cоmput. and Structures. I981.V.13, №1. C.55-62.110.E-book design concept URL. http://yankodesign.com/2009/04/17/braille-e-book/ (дата обращения 12 сентября 2015).111.Fenwal Quick-Ship Snap Disc Thermostats: West Coast Plasticscompany catalog, 2004. URL. http://www.westcoastplastics.com (датаобращения 12 сентября 2015).112.Fogel D.
B. Evolutionary computation: toward a new philosophy ofmachine intelligence. New York: John Wiley & Sons, 2006. 214 c.113.Gallagher R. H.. A discrete element procedure for thin-shell instabilityanalysis // AIAA Journal. 1967. Т. 5, №. 1. С. 138-145.149114.Gallagher R. H., Yang H. T. Y. Elastic instability predictions for doubly-curved shells // Proceedings of the 2nd Conference on Matrix Methods inStructural Mechanics.
1968. С. 711-739.115.Hughes T.J, Hinton E. Finite elements method for plates and shells.Swansea: Pineridge Press, 1986. 320 c.116.Irons B., Ahmad S. Techniques of finite elements. New York: Willey,1980. 529 c.117.Janocha H. Actuators: Basics and Applications. Berlin: Springer Science& Business Media, 2004, 343 c.118.Jones D. R., Schonlau M., Welch W. J. Efficient global optimization ofexpensive black-box functions // Journal of Global optimization. 1998. V.
13.№. 4. C. 455-492.119.Kusterer J. et al. Bi-stable micro actuator based on stress engineerednano-diamond // Diamond and related materials. 2006. V. 15. №. 4. C. 773776.120.Kwong C. C. H., Li W. J. Fabrication of Nanometric Probe Tips bySacrificial Boundary Etching // The 3rd Biannual Symposium on MEMS(iMEMS 2003), Singapore. 2003. C.34-47.121.Lagarias J. C. et al. Convergence properties of the Nelder-Mead simplexmethod in low dimensions // SIAM Journal on optimization. 1998.
V. 9. №. 1.C. 112-147.122.Lee JJ, Oh IK, Lee I, Rhiu JJ. Non-linear static and dynamic instabilityof complete spherical shells using mixed finite element formulation // Int. J.Nonlinear Mechanics. 2003. V.38. №.6. C. 923-934.123.Levy S. Large deflection theory for rectangular plates // Proc.
Simp.Appl. Math, New York. 1949. V.1. C. l-17.124.Liew L.A., Tuantranont A., Bright V.M. Modeling of thermal actuationin a bulk-micromachined CMOS micromirror // Microelectron. 2000. V. 31C.791–801.150125.Lighting, Electrical, Thermal, Battery, Motor Controls and Protection,Pressure and Limit Switches: Texas instruments company catalog (USA),2004. URL. http://www.ti.com (дата обращения 12 сентября 2015).126.Liu B., Fernández F. V., Gielen G. Automated design of analog and highfrequency circuits. A computational intelligence approach.
Berlin: Springer,2014. 978 c.127.Liu B. et al. Analog circuit optimization system based on hybridevolutionary algorithms //INTEGRATION, the VLSI journal. 2009. V. 42. №.2. C. 137-148.128.Marguerre K. Zur Theorie der gerkrümmten Platte groβer Formänderung// Proc.5th Intern. Congr. Appl. Mech. Cambridge, Massachusetts.
1938. V.4.C. 93-101.129.Matsui T., Matsuoka O. A new finite element scheme for instabilityanalysis of thin shells // International Journal for Numerical Methods inEngineering. 1976. Т. 10, №. 1. С. 145-170.130.Mescall J. Numerical solution of nonlinear equations for shell ofrevolution // AIAA J. 1966. V.4. №11.
C.2041-2043.131.Mingxin Z. On nonlinear buckling and collapse analysis using Riksmethod //Abaqus Users’ Conference. 2008. C.47-56.132.Moaveni S. Finite element analysis: theory and application with ANSYS.Pearson Education India, 2003.133.MorleyL.S.D.Finiteelementcriteriaforsomeshells//Int.J.Num.Meth.Eng. 1984. V.20.
№9. C.1711-1728.134.Multiple element thermal actuator: пат. 4345234 США / S.A. Reichзаявл. 15.12.1980; опубл. 17.08.1982.135.Owen D.R.J., Hinton E. Finite element in plasticity. Swansea: PineridgePress, 1980. 594 c.136.ParischH.Geometricalnonlinearanalysis//Comp.Meth.Appl.Mech.Eng. 1978. №14. C.159-178.ofshells.151137.Petersen K.E.
Silicon as a mechanical material. // Proceedings of theIEEE. 1982. V.70. №.5 C. 420-457.138.Petersen K.E. Micromechanical membrane switches on silicon // IBM J.Res. Develop. 1979. V. 23. C. 376-377.139.Price K., Storn R. M., Lampinen J. A. Differential evolution: a practicalapproach to global optimization, 2006. Berlin: Springer Science & BusinessMedia. 234 c.140.pSeven software URL. https://www.datadvance.net/ (дата обращения12 сентября 2015).141.PythontutorialURL.https://docs.python.org/3/tutorial/(датаобращения 12 сентября 2015).142.Ramm E.
From Reissner plate theory to three dimensions in largedeformation shell analysis // ZAMM‐Journal of Applied Mathematics andMechanics/Zeitschrift für Angewandte Mathematik und Mechanik. 2000. Т.80, №. 1. С. 61-68.143.Rasmussen C. E. Gaussian processes in machine learning, 2004. Berlin:Springer. C. 63-71.144.Reissner E. On axisymmetrical deformations of thin shells of revolution// Proc. 3rd Sympos.
Appl. Math. N.Y.: McGrow-Hill,1950. V.3. C.27-52.145.Riks E. The application of Newton's method to the problem of elasticstability // J. Appl. Mech. 1972. V.39. C. 1060-1065.146.Rutenbar R. A., Gielen G., Antao B. Computer-aided design of analogintegrated circuits and systems, 2002. NJ, USA: Piscataway,IEEE Press. C. 330.147.Snap-acting thermally responsive actuators: пат. 4160226 США / J. C.Taylor заявл. 31.01.1978; опубл.
03.07.1979.148.Storn R., Price K. Differential evolution - a simple and efficient adaptivescheme for global optimization over continuous spaces, 1995. Berkeley: ICSI.148 c.152149.Takeshima N., Fujita H. Polymide Bimorph Actuators for a CiliaryMotion System // Microelectromechanical Systems (MEMS) at the ASMEWinter Annual Meeting.
![](https://s.studizba.com/z.php?f=/templates/si/i/noavatar.png&w=100&h=100&t=1"){kind=avatar}
