Type of research: basic Duration from: 04/30/91. to 12/15/95. Papers on project (total): 43
Papers on project quoted in Current Contents: 4
Institution name: Fakultet strojarsva i brodogradnje, Zagreb (120) Department/Institute: The Department of Mechanical Structures Design The Section Machine Elements and Design Address: Salajeva 5 City: 10000 - Zagreb, Croatia
Communication
Phone: 385 (0)41 6111944
Fax: 385 (0)41 514 535
E-mail: dorian.marjanovic.@x400.srce.hr
Summary: The Model of an ICAE system is developed. Influencing
factors were subject of research defining product's properties, by the
potential relation market. By appropriate design process level, the
appropriate solution level is achieved as well. Design process development
included the automatization of assembly modelling, by flexible program
structures. The hierarchical data structure was applied with virtual links
between nodes. A description language is necessary for the manipulation of
such a model. Compilation of classical CAD systems and it's properties has
lead to an network model conception. This model can be adapted to
different problem domains by design protocol. A brief method for recording
relative entity positions in a variant drawing is proposed. Program system
is adaptable to different CAD systems. In a purpose to transform
geometrical informations to technological operations, the classification
system and principals are defined. The method is verified by the drilling
technology classifier. A successful application of such a system is aided
by appropriate user interfaces. A communication model for designer is
developed. This model is tested on a tool for design of mechanical power
transmissions.
Keywords: CAD, CAE, Expert systems, CAM, PPS
Research goals: During the planning of this project the main goal
was defined as development of the model for integrated CAE system. The
system should serve as a tool for product design, as well as designing the
technological procedure of its realisation. An anticipated modular
structure of the system has to enable individual application of the
realised modules and the successive automatization level growth,
implementing AI methods. Main properties of such a system are: -
possibility to change the assembly structure, - possibility to integrate
the tools for design, supporting all phases of design process, -
integration of such system with existing CAD systems, - support for design
with features, - representation of heuristic knowledge. Expected
contribution of such research is a model of the system that enables
manipulation of numeric and symbolic information over all design process
phases. The automatization of planning a single technological operation,
as a basic unit of process is considered too. This segment is applicable
for integration in the CAPP system. Other information about the project.