Overordnede kursusmål
To give the engineering students an advanced insight in working
with a feature-based, parametric solid modeling CAD system. This
course is designed around a process-based approach to training. The
process-based training, emphasizes the processes and procedures you
follow to complete a particular task. By utilizing case studies to
illustrate these processes, the students will learn the necessary
commands, options and menus in the context of completing a design
task. The main goal of this course is to teach students how to
build standard/advanced models and advanced surface models by using
an advanced 3D-CAD program (SolidWorks)
Læringsmål
En studerende, der fuldt ud har opfyldt kursets mål, vil kunne:
- Apply basic/advanced design methods for a product/system within
the fields of: Utility, Appearance, and Ease of maintenance, Low
costs and communication
- Analyze and compare with existing products.
- Work both independently and in groups.
- Argue for a selected design method for a actual design.
- Characterize a product by a range of descriptive and analytical
models.
- Describe a product by identifying its processes, organs and
components.
- Identify standard elements, machine elements and components in
a product and select appropriately design method.
- Be able to solve advanced design problems by integrating
mathematical equations in the design process and the use of
Simulation.
- Produce data (CNC-code) for a milling machine / turning
machine, by using different CAM tools (Computer aided
Manufacturing).
- Be able to build advanced models in the CAD system based on
scanned data.
- Use graphical models in problem solving and presentation of
design proposals.
- Carry out an advanced design project.
Kursusindhold
The focus of this course is on the advanced skills, tools, and
concepts central to successfully building multibody ( Boolean
operations )and advanced surface models. The course would cover all
the standard tools in a feature based parametric CAD system.
Computerized 3D visualizing tools for preparation of presentation
material and production drawings will be used. Stereo lithography
(SLA), CNC (computer numerical control), reverse engineering - 3D
scanning, and build advanced 3D models from the scanned data.
Designing advanced 3D-models by integrating mat. equation into to
the design process. Sheet metal design and design of steel
structure with SolidWorks Weldments functionality. Introduction to
SolidWorks Simulation in connection with assignments.
Litteraturhenvisninger
Introduction to Solid Modeling Using SolidWorks 2011, by W. E.
Howard & J. C. Musto, McGraw-Hill.
Miscellaneous manuals and notes on CampusNet.
Sidst opdateret
30. november, 2020
