Trends in Defense Digital Connector Design Technology

The high complexity and systemic nature of modern weapons and equipment, as well as the characteristics of many collaborative units, development cycle segments, rapid replacement, etc., make the rapid development and in-depth application of digital design technology has become a necessity for the development of the military industrial manufacturing industry, relying on digital means, the establishment of a digital core of industrial connector rapid development and production of integrated capacity platform and system, is the key to the rapid development of high-quality weapons and equipment. At present, under the impetus of information technology and advanced design technology, digital technology has experienced from two-dimensional drawing to three-dimensional modeling, from document-based to model-based design, is moving towards modeling, collaboration, virtualization, intelligence, integration direction, and has become a key and enabling technology for enterprise innovation and development.

1, model-based full three-dimensional digital design has become the basis of modern design with the in-depth application of MDB technology, the enterprise's design has been from the traditional two-dimensional drawing to the design based on three-dimensional models, and gradually establish a design mode based on the MDB, three-dimensional manufacturing information and three-dimensional design information to jointly define the model of the product and can be directly used as a basis for the manufacture of three-dimensional digital annotation technology to achieve a high degree of integration and synergy of product design, process design, parts design, component assembly, measurement and monitoring, etc. The depth of design and manufacturing integration is constantly being strengthened. Product design, process design, part design, component assembly, measurement and monitoring of a high degree of integration and synergy, three-dimensional model has become the main carrier and manufacturing basis, the depth of design and manufacturing integration is constantly strengthened. 2, multidisciplinary optimization technology has become one of the key overall design techniques in the development of complex products multidisciplinary design optimization using the coordination mechanism of the interaction of the various disciplines, taking into account the coupling of various disciplines, using multidisciplinary integrated optimization technology to optimize the design of complex products and to optimize the design of complex products. Multidisciplinary design optimization using the coordination mechanism of the interaction between various disciplines, considering the coupling between the various disciplines, the use of multidisciplinary integrated optimization and analysis algorithms to seek a more optimal solution of the system for the realization of the design of complex products to provide a feasible technical way, is being highly valued by the designers. 3, the continuous development of digital simulation technology, modeling and simulation technology has gradually become one of the key core technologies for the development of innovative products, for the reduction of the product development cycle, reduce the cost of having an important role. The development of a large number of mature commercial software in various disciplines, such as ANSYS, ADAMS, etc., can effectively design simulation and analysis of power, control, thermal analysis. However, the current existing simulation and analysis tools can only effectively assist in most of the single-discipline analysis and evaluation, and for the complex simulation involving the intersection of multi-disciplinary issues, the existing simulation system still has certain limitations.4, networked collaboration and integration of technology to the deep development of information technology and rapid development of the network environment to carry out the collaboration and integration of a good support, and extends the development of a number of consultative new models, especially across the supply chain for design collaboration and integration of the design and development of a new model. Especially across the supply chain for design collaboration and information integration, effectively improving the development efficiency. Through PLM can effectively realize the collaborative development and business integration across different geographical organizations at different stages of product development, and through the continuous deepening of parallel design facilities can provide the environmental protection of parallel collaboration, with the improvement of these platforms, collaboration and integration technology will play an important role in the future product development.

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