【正文】 告一段落了。值此論文完稿之日，謹(jǐn)向教育我、支持我、幫助我、關(guān)心我的人致敬。衷心的感謝我的導(dǎo)師崔增柱。在這半年的日子里，崔老師不僅對我的學(xué)業(yè)嚴(yán)格要求，也在各方面無微不至的關(guān)心著我的成長。崔老師的人格、生活態(tài)度給我很大的影響，他給我們每一位學(xué)生以絕對的信任，為我們創(chuàng)造最佳的學(xué)習(xí)和研究環(huán)境，給予我們以最大的自主權(quán)，使我切實(shí)的提高了自身能力，充實(shí)了業(yè)務(wù)知識(shí)，學(xué)會(huì)了待人處事的方法。在此還要感謝與我共同工作和親密合作的同學(xué)陶立、馬楠，正因?yàn)橛兄麄兊膱F(tuán)結(jié)協(xié)作才使得課題得以順利進(jìn)行。他們都曾給予我真誠的鼓勵(lì)和熱心的幫助，他們的友誼，讓我感動(dòng)并銘記于心。再次特別感謝崔增柱老師無私的指導(dǎo)和耐心的幫助。 最后，我感謝所有關(guān)心我的人，他們無私的奉獻(xiàn)、無盡的關(guān)懷、嚴(yán)格的教育是我不斷成長和進(jìn)取的動(dòng)力，是激勵(lì)我在科學(xué)的道路上不斷前進(jìn)的精神源泉！謹(jǐn)以此文表達(dá)我對他們的謝意和深深的愛。附錄附錄一 Multidisciplinary hypothesized prototype modeling and simulation technologyAuthor: PRC technical department article origin: This article embarked from the current product design process to the multidisciplinary union simulation demand, has analyzed the product coordination design to the simulation technology three levels function demands, and drew out currently realizes the multidisciplinary integrated simulation general method. The multidisciplinary union simulation needs to control, the organization, the finite element and so on the different simulation environment integration and the data exchange, provided most systematic and the integrity multidisciplinary coordination simulation development environment, this article in detail introduced MSC. The Software multidisciplinary hypothesized prototype modeling and the simulation solution, and has produced the concrete example. unions simulations demandIt is well known, the modern product research and development flow is the multi people team, the multidisciplinary domain coordination design process. In product performance history, regardless of is the plan principle design, the part level detailed parameter specification design, all involves to many different subsystems and the related discipline domain, these subsystems all have the oneself specific function and the unique design method, but between various subsystems then has the crosscoupling function, poses the integrity together the functional system. Chart 1 the modern product process involves many subsystems and the related discipline domainHow does the effective coordinated each subsystem design team39。s work, let between the team achieve information sharing, helps supply each other, and guarantees the subsystem the design quality and the overall performance, the realization product design true integration harmonious cooperation assimilation, thus the enhancement rated capacity, saves the design cost, reduces the development cycle, this is an extremely important question.In order to achieve the above goal, we must satisfy following three levels the demand:First, has various subsystems and various disciplines domain effective integration simulation tool, thus guarantees various subsystems the design standard and the reliability:Chart 2 various disciplines domain different design toolSecond, can realize between various simulations tool seamless integration and the data exchange, realizes the model conformity under the unification overhead construction。Third, in order to can coordinate and manage each design team, as well as mass data which produces in the design process, realization resources optimization disposition, but also must have the simulation data and the flow management platform, realizes various disciplines domain true coordination to imitate.2. multidisciplinary coordination simulations general realization method At present more general and the popular realization multidisciplinary integration simulation method mainly includes following three kinds: unions simulations type (CoSimulation) The union simulation type is at present is general, also uses most one data exchange way, its data exchange principle like chart 3 shows, between two different simulations tools passes TCP/Way realization data exchange and transfer and so on TCP/IP.Chart 3 union simulation like basic principleAfter between two different simulations tools through the union simulation way establishment connection, one contains the model may the result which calculates own transmit as the system input instruction for the model which another one establishes, this kind of instruction including the strength, the moment of force, the actuation and so on the typical signal, latter model the response quantity which produces in under this instruction function, like displacement, speed, acceleration and so on, also may feed back gives former the model, like this, the model information and the simulation data may in two between directional transmissions.The union simulation way model application includes: Poly some dynamics and control system (for example vehicle control), structure and air operated load (for example aeronautical dynamics analysis), and so on. This is one kind is easiest to establish and the realization integrated simulation way, has very strong general, but limits lies in processes the rigid system with difficulty, takes many to the system resources, certain situation possible speeds to be slow. models transformations type (Model Transfer)Model transformation like principle like chart 4 shows. Its main principle is transforms tool model for the specific form contains the model information the data file, for another tool in model transfer, thus realization information interactive. The typical data format like used in just shooting the coupling analysis the modality neutral document (*.mnf), contained in this document uses [ M ], [ K ], [ x ] the resonance oscillation matrix representation information。 Uses in the control mechanism integration simulation as well as other simulations dynamic link storehouse documents (*.dll), in this document contains uses the variable expression the function information.Chart 4 model transformation like basic principleThe model transformation like model application includes: The control, the battery solution and the organization integration simulation (for example airplane control surface), the finite element and the poly some organization (for example just shot co