TOWARDS IMMERSIVE DESIGNING OF
PRODUCTION PROCESSES USING
VIRTUAL REALITY TECHNIQUES
Domagoj Buzjak and Zoran KunicaUniversity of Zagreb, Faculty of Mechanical Engineering and Naval Architecture
|INDECS 16(1), 110-123, 2018
Full text available here.
Received: 14th November 2017.
The article provides a novel approach to the implementation of virtual reality within planning and design of manual processes and systems. The use of hardware and software required to perform different production - especially assembly - tasks in a virtual environment, using CAD parts as interactive elements, is presented. Considering the CAD parts, the format conversion problem is comprehensively described and solved using format conversion software to overcome the present poor data connectivity between the CAD system and VR hardware and software. Two examples of work processes have been made in a virtual environment: peg-in-hole and wall socket assembly. In the latter case, the traditional planning approach of manual assembly tasks using predetermined motion time system MTM-2 has been compared with a modern approach in which the assembly task is fully performed within a virtual environment. The comparison comprises a discussion on the assembly task execution times. In addition, general and specific advantages and disadvantages that arise in the immersive designing of production processes using virtual reality are presented, as well as reflections on teamwork and collaborative man-machine work. Finally, novel technologies are proposed to overcome the main problems that occur when implementing VR, such as time-consuming scene defining or tedious CAD software data conversion.
virtual reality, assembly planning, human-computer interaction, concurrent engineering, MTM
ACM: B.4.2, C.3, C.5.m, D.2.6, H.1.2, H.2.m, H.5.2, I.2.10, I.3.8, I.4.9, I.6.3, I.6.4, I.6.5, I.6.7, J.2, J.6, M.4
JEL: O30, O35