Integrative Approaches To Complex Optimization: Stochastic Simulation, Multi-Criteria Fuzzy Decision Making, Super Economics, And The Interface Of Mathematical Economics And Nanotechnology
DOI:
https://doi.org/10.53555/ks.v12i3.3365Keywords:
Supereconomics, hereditary calculations, remedial support, preventive upkeep, profit from speculation (return on initial capital investment), multi-rules navigation, TOPSIS, fluffy direction, stochastic recreation, execution measures, numerical financial aspects, nanotechnology, economic advancement, fluid science, green innovationsAbstract
This examination expects to investigate and coordinate high-level strategies in stochastic reenactment, hereditary calculations, fluffy navigation, and Supereconomics to take care of mind-boggling advancement issues in support arranging. The review centers around remedial and preventive support exercises and uses hereditary calculations (GA) to upgrade upkeep arrangements, including surveying the probability of a mishap, computing costs related to restorative and preventive upkeep, and deciding profit from venture (return on initial capital investment).
Given the non-direct and non-unmistakable nature of these improvement issues, GAs give a compelling answer for distinguishing close ideal upkeep procedures. The primary assignments of GA include: (1) assessing the likelihood of disappointment, (2) computing the expense of restorative support, (3) working out the expense of preventive upkeep, and (4) ascertaining the return for money invested.
Likewise, the venture fosters a multi-measures dynamic model to further develop support strategy choices. This incorporates surveying the health management status of framework parts against functional models and examining elective upkeep exercises. The TOPSIS strategy and fluffy navigation are utilized to empower ideal direction.
The examination likewise remembers super-financial procedures that concentrate on proficiency measures, for example, effectiveness, benefit, and supportable monetary development to guarantee that upkeep methodologies are monetarily feasible and harmless to the ecosystem. The joining of numerical financial aspects and nanotechnology to drive liquid and green logical advancements will be researched.
To assess the proposed technique, a contextual investigation of the gas-powered motor cooling arrangement of a regular Scania truck will be utilized to exhibit its useful practicality and productivity.
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Copyright (c) 2024 Dr. Mohammad Shoaib Khan, Dr. Zahid Ali, Prof. Dr. Adriana Burlea-Sciopiu, Dr. Muhammad Ilyas, Dr. Mustaque Ahmed Shaikh, Dr. Muhammad Kamran Malik

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