OPTIMIZATION OF STONE GRINDING PRODUCTS WITH FUZZY MULTY-OBJECTIVE LINEAR PROGRAMMING (FMOLP) APPROACH AT CV. ABC

Mining is an industry or company that processes natural resources, where the production process is carried out in various ways, both manually and with material processing machines. The results of the production supply produced by the company always meet the needs (Demand) needed in each region. From the results of observations, there is an opportunity to be able to produce more and more profitable production capacity so that it is necessary to optimize the production results that have been recorded using the Fuzzy Multi-Objective Linear Programming approach method processed with LINGO software. So that there is hope that the results of the data processing will produce maximum values, limit values ​​or target values ​​from a production process that have met the requirements according to the supply and demand data from the mining. Namely, 72 tons of Urug Sand, 80 tons of fine sand, 64 tons of gravel.

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Publication Details

Journal
JKIE (Journal Knowledge Industrial Engineering)
Published
2025-04-26
DOI
https://doi.org/10.35891/jkie.v10i3.6174
Primary Topic
Manufacturing Process and Optimization
Type
article
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article

OPTIMIZATION OF STONE GRINDING PRODUCTS WITH FUZZY MULTY-OBJECTIVE LINEAR PROGRAMMING (FMOLP) APPROACH AT CV. ABC

Rizal Dyfebri
JKIE (Journal Knowledge Industrial Engineering)
Manufacturing Process and Optimization
article

OPTIMIZATION OF STONE GRINDING PRODUCTS WITH FUZZY MULTY-OBJECTIVE LINEAR PROGRAMMING (FMOLP) APPROACH AT CV. ABC

Rizal Dyfebri
article en

Abstract

Mining is an industry or company that processes natural resources, where the production process is carried out in various ways, both manually and with material processing machines. The results of the production supply produced by the company always meet the needs (Demand) needed in each region. From the results of observations, there is an opportunity to be able to produce more and more profitable production capacity so that it is necessary to optimize the production results that have been recorded using the Fuzzy Multi-Objective Linear Programming approach method processed with LINGO software. So that there is hope that the results of the data processing will produce maximum values, limit values ​​or target values ​​from a production process that have met the requirements according to the supply and demand data from the mining. Namely, 72 tons of Urug Sand, 80 tons of fine sand, 64 tons of gravel.

JKIE (Journal Knowledge Industrial Engineering)Vol. 10(3)
Universitas Yudharta Pasuruan (ID)
Openalex Percentile: Top 89%
Manufacturing Process and Optimization
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OPTIMIZATION OF STONE GRINDING PRODUCTS WITH FUZZY MULTY-OBJECTIVE LINEAR PROGRAMMING (FMOLP) APPROACH AT CV. ABC — Rizal Dyfebri · JKIE (Journal Knowledge Industrial Engineering) (2025) | TGRS Research Map | TGRS