Design and fabrication of mounted wall iron board / Muhamad Irfan Hanif Mohd Rozaly Mee

• Main Author: Mohd Rozaly Mee, Muhamad Irfan Hanif
• Format: Student Project
• Language: English
• Published: 2022
• Subjects: Creative ability in technology; Human engineering; Mechanical and electrical engineering combined; Machine design and drawing; Production management. Operations management; Product engineering; Product design. Industrial design; Product safety. Safety of consumer products; Engineered wood. Fiberboard, particle board, etc.
• Online Access: https://ir.uitm.edu.my/id/eprint/71245/1/71245.pdf; https://ir.uitm.edu.my/id/eprint/71245/

Nowadays, many people able to fabricate their own product by their self. However, to fabricate a product need to design the product first. Only experienced experts have the knowledge and design skills needed to build the product's complexity. This is because designing an object that can be manufactured entails more than just designing its shape. Everything is all about how the product to be connected and joint? How stable the product is? how to obtain every part of the product and how the product functioning to the community. We offer a data-driven method in this paper that tackles these and other design issues, allowing non-experts to design and build complicated products. Designing has previously been made easier and more accessible to non-experts using data-driven methods. In the context “example based-modelling”(1) , the components of existing items in a database are assembled to create new objects. However, when it comes to generating fabricable designs, there are a few issues that haven't been addressed in earlier studies. To begin, the sample database's components must all be fabricable. Second, any alteration of these components must maintain their structural integrity and manufacturability. Third, mesh mixing and other typical computer graphics techniques cannot be used to connect and build components. To join elements together, they must be precisely positioned and real connectors such as screws or hinges must be used. The best connectors will be determined by the object's geometric, functional, and material qualities. Finally, the model must be structurally sound so that it does not topple or collapse once completed.