Conceptual Design of Continuously Variable Transmission System Using Morphological Matrix-based Tool

Abstract

Morphological matrix-based concept generation is known for high novelty, quality, quantity, and variety. However, many of the solution variants (SVs) that are extract-ed from it, contain solution principles (SPs) that are practically incompatibles. A computer based conceptual design tool that is based on morphological matrix is used to generate, evaluate and select concept for the design of continuously variable transmission (CVT) system. The results showed that, morphological matrix of CVT contain 1000 theoretical SVs. Upon screening, 37 feasible concepts with 1 optimum SV were obtained. This research validates the development of a computer-based supporting tool, to automate conceptual design synthesis, which can accept randomly proposed SPs therefore, enhancing the conceptual design capabilities, independent of the designers’ experience.