Research papers: report significant research and development results, describe the relevant theoretical foundations and methodology, and present workable algorithms and give examples taken from real world applications, stressing the significance of the approach being presented.Īpplication papers: describe complex and pioneering applications of CAD concepts, methods and tools in practice, present significant results that extend the disciplinary knowledge and/or analyze the application in a way that is likely to stimulate and influence further research. Specific applications and significant benchmarks of computer-aided design.Design databases, knowledge repositories, object libraries and retrieval.User interfaces, system interfaces, and human-computer interaction.Technologies in support of digital factory and digital twin concepts.Advanced support of manufacturing and downstream activities.Design ontologies, grammars, languages, and semantics.Applications of AI in design, including neural networks and machine learning.Representation conversions and interoperability.Data acquisition, model recognition and reconstruction.Computational planning, fabrication, and inspection.Generative design, shape, topology, and material optimization.Programmable subtractive, additive, and hybrid manufacturing.System level design and model-based systems engineering.Multi-scale modeling and design of shape and material structures.Uncertainty and imprecision in computer-aided design.Material, behavior, and physical modeling.Mathematical models, representations, and algorithms for shapes, solids, structures, and assemblies.Foundational theories, frameworks, methodologies, and standards.In this context, examples of relevant topics include but are not limited to: Contributions are welcome from all disciplines and application areas, provided that they have a significant geometric, topological, spatial, or configuration design content, and present developments likely to be of interest to a broad spectrum of researchers, educators, and practitioners of computer-aided design. The term "design" is to be understood broadly to encompass conceptualization, synthesis, realization, and evolution of artifacts, processes, and systems (both natural and artificial).Ĭomputer-Aided Design invites papers reporting new research, as well as novel or particularly significant applications, within a wide range of topics, spanning all stages of design from concept creation to manufacture and beyond. cad files to more widely used CAD drawing file formats.Aims & Scope Computer-Aided Design is a leading international journal that provides academia and industry with key papers on research and developments in computational foundations and methods of design. There may be other CAD tools that can be used to create, open, edit and export these.
Cad software#
This software may also be used to export these CAD files into more standard formats, such as DWG and DFX. can be used to open and edit the content of these. However, more CAD programs as of this writing use the DFX file format and the DWG file format for digital sketches and drawings that are used in CAD projects, instead of these CAD files.The AutoSketch application from Autodesk, Inc. cad files contain digital 2D and 3D graphics as well as other pieces of data like details of materials, dimensions and processes among others that were used to create the CAD project.There are some CAD software tools that continue to use the CAD file format for drawing-related files. These CAD files are also known as CAD drawing files, and these may be generated by using CAD tools like the AutoSketch software from Autodesk, Inc.
cad file extension is used for a 3D graphics file format, which is often associated with CAD (computer aided design) projects.