Assessment of Operational Productivity of Worker in Composing Industry by Micro and Memo Methodology in Casting Process

Authors

  • Aditya Tiwary Department of Fire Tech. & Safety Engg., IPS Academy, IES
  • Aashish Yadav Department of Fire Tech. & Safety Engg., IPS Academy, IES

Keywords:

Manufacturing industry, worker, Simo chart, foundry operation, working efficiency

Abstract

The micro and memo movement is about the technique of recording and examining the timing of primary factors of an operation. The goal is to reach the exceptional approach of performing the operation. The micro and memo action crew of approach is based totally on the notion of dividing human activity. It is divided into actions or organizations of moves in accordance to the motive for which they are made. Therbligs refer to motions of the human body at workplace. Mental activities are also associated with them. In the casting procedure, a sample is made in the form of the preferred phase. The pattern is of wood, plastic or metal as the case may be. Simple designs can be completed in one batch, while more complex designs might be completed in two pieces, known as split patterns. A cut up sample has a pinnacle or higher section. The top area is referred to as a cope and the backside or decrease part is known as a drag. Both stable and cut up patterns can have cores inserted to entire the last phase shape. The separation line is the location where the cope and drag split. By melting metal into a liquid, putting the metal into a mould, and then removing the mould material or casting, metals are transformed into pieces. The most common metal alloy processed is aluminium and cast iron. However, several metals can be treated, including zinc, copper, tin, and magnesium. In this study, evaluation of working efficiency of worker in manufacturing industry by micro and memo technique in foundry operation has been done. Various results have been obtained and have been discussed.

References

Auer S, Mayrhofer W, Sihn W. Implementation of a Comprehensive Production Planning

Approach in Special Purpose vehicle Production. Procedia CIRP. 2012; 3: 43–48.

Boysen N, Fliedner M, Scholl A. Sequencing mixed-model assembly lines: Survey, classification

and model critique. Eur J Oper Res. 2009; 192(2): 349–373.

März L, Tutsch H, Auer S, Sihn W. Integrated Production Program and Human Resource

Allocation Planning of Sequenced Production Lines with Simulated Assessment. Advanced

Manufacturing and Sustainable Logistics. 2010; 46: 408–419.

Boysen N. Produktionsplanungbei Variantenflie β fertigung. Zeitschrift für Planung und

Unternehmenssteuerung. 2005; 16: 53–72.

Monden Y. Toyota Production System: an integrated approach just-in-time. 2nd Edn. Aufl.

Norcross: Industrial Engineering and Management Press; 1993

Wester L, Kilbridge M. The assembly line model-mix sequencing problem. Proceedings of the

rd international conference on Operations Research. 1964; 247–260.

Boysen N. Reihenfolgeplanungbei Variantenflie β fertigung: Ein integrativer Ansatz. Zeitschrift

für BetriebswirtSSschaft (ZfB). 2005; 75: 135–156.

Aditya Tiwary, Aashish Yadav. Improvement in Working Efficiency of Worker by using Micro

and Memo Technique in Welding Operation. Journal of Industrial Safety Engineering (JoISE).

Mar; 9(1): 5–8.

Aditya Tiwary, Aashish Yadav. An Innovational Approach for Assessment of Hypothetical

Emergency Evacuation Distance in Pharmaceutical Industry. Journal of Industrial Safety

Engineering (JoISE). 2021 Dec; 8(3): 31–36.

Aditya Tiwary, Aashish Yadav, Vineet Banodha. A Triad Frame Approach for Assessment of

Evacuation Speed of the Evacuee during Emergency Evacuation in Process Industry. Journal of

Industrial Safety Engineering (JoISE). 2021 Dec; 8(3): 24–30.

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Published

2022-12-15

Issue

Vol. 9 No. 2 (2022)

Section

Research Article

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