Comprehensive research on energy-saving green design scheme of crane structure based on computational intelligence

Qi, Qisong; Xu, Hang; Xu, Gening; Dong, Qing; Xin, Yunsheng

doi:10.1063/5.0050653

Cited by 13 publications

(11 citation statements)

References 23 publications

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“…The moth-Flame Optimization (MFO) algorithm is used to solve this multi-criteria optimization problem [14]. In addition, [15] also studied the rational design of the crane structure to save energy. The article has proposed a green energy-saving design method based on artificial intelligence.…”

Section: Introductionmentioning

confidence: 99%

“…The article has proposed a green energy-saving design method based on artificial intelligence. The results show that compared with the original design, the machining waste after optimization is 63.43% lower and the cross-sectional area of the main girder is reduced by 27.03 % [15]. In the study [16], the subframe of the elevator was optimized.…”

Section: Introductionmentioning

confidence: 99%

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Reasonable design method of box crane girder by Taguchi method

Giang

2024

J Appl Eng Science

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Overhead cranes are widely used in industrial systems. In this study, the research object is the main box girder of the overhead crane. The research objective is to find the parameters to obtain a lighter structure, which reduces the market price of the crane. The article studies the method of calculating crane girders and sets up the optimization algorithm. The study will use the Taguchi method, and ANOVA analysis to evaluate the influence of box girder parameters. The girder weight, stress, local stability, static displacement, and vibration frequency are response values. Constraint conditions are evaluated by examining each factor with response value according to the orthogonal matrix L16. Analysis of the Signal to Noise ratio and ANOVA by Minitab software will select the optimal parameters that satisfy the constraints, the goal is to reduce the volume compared to the original design. The test results of the crane with a lifting capacity of 250 tons, an aperture of 31 m, the girder weight reduced by 24.33 %, while the stress increased by only 6.16 %. The new design ensures suitable local stability conditions by making better use of the material's capabilities. With the new parameters, the technical criteria are guaranteed.

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Section: Introductionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Reasonable design method of box crane girder by Taguchi method

Giang

2024

J Appl Eng Science

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“…Many methods are applied in the optimization of geometric parameters of supporting structures. [8][9][10][11][12][13][14][15][16][17] For example, Yang et al 8 applied Reinforcement Learning (RL) with episodic controllers, which enhanced the search mechanism. Ahmid et al 9 introduced an enhanced Cuckoo Search (CS) optimization algorithm on an I-beam gantry crane.…”

Section: Introductionmentioning

confidence: 99%

“…Yes xilbel et al 10 achieved the optimum overhead crane design using the Bees Algorithm (BA), that is, the minimum weight with compliance with all technical and operational requirements. To address the heavyweight problem and significant steel consumption in overhead crane production, Qi et al 11 proposed the Specular Reflection Algorithm (SRA) for light-weight design, while fuzzy mathematics is applied to assess the overall crane weight impact on the environment and the production waste. Thus, the production waste was decreased by 63.43%, and the area of the cross-section was decreased by 27.03%.…”

Section: Introductionmentioning

confidence: 99%

Light-weight design of an overhead crane’s girder with a non-symmetric box cross-section

Pavlović

Zdravković

Savković

et al. 2023

Proceedings of the Institution of Mechanical Engineers, Part C:

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The proper choice of material and geometric properties of the girder of the bridge crane can significantly reduce its weight and production cost. This research presents the weight optimization of the main girder with a non-symmetric box-like cross-section. The strength analysis in characteristic points of the critical cross-section and the local stability of plates were conducted using Eurocodes. This study aimed to prove that a proper choice of geometry for the cross-section plates and their additional design elements can have a meaningful impact on the weight. The optimization procedure was done using Water Evaporation Optimization (WEO) algorithm, with the implementation of all necessary criteria and conditions which must be fulfilled. This study revealed that the application of the light-weight design philosophy to the structure of the main girder could significantly reduce its weight, which is verified in the existing examples of double-beam bridge cranes. Achieved savings in girder weight are between 24.43% and 34.73%, dependingly on the considered example. Also, the study showed the influence of the chosen material on the steel girder’s optimum weight and geometric parameters. Depending on the studied example of the bridge crane and selected material, the WEO algorithm gave the same solution through simulations. The value of the optimum weight had a slight deviation at the second decimal place, which is neglectable. The algorithm successfully avoided the trap of getting into the local minimum during the search. In the end, it can be stated that the application of the WEO algorithm was successful in the considered engineering problem since it was the optimization of a complex steel structure with 11 variables and more than 20 constraint functions.

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“…Designing for sustainability demands the use of cutting-edge resources and methods to reduce energy consumption, waste, and inefficiency while boosting productivity and beneficial environmental impact. It's a safety net for companies who want to build their brands, increase sales, and expand production by improving the packaging of their goods (Qi et al, 2021). Furthermore, a company's marketing mix is incomplete unless the packaging technique for each product is considered.…”

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confidence: 99%

Research on the design of green and low-carbon food packaging based on artificial intelligence technology

2023

Global NEST: The International Journal

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<p>An economic system focused on low energy usage, low pollution, and low emission is known as a "low-carbon economy". The concept of environmentally friendly and low-carbon food packaging architecture directs practice growth and reform in accordance with the customer's green psychology. As the primary benchmark for packaging concerned with designing practices, it uses the green conceptual design of contemporary eco-environmental preservation and other meaningful reforms. It is significant need to mix people's developed green psychology with this issue in order to discover a solution for green packaging design. The design and use of eco-friendly and low-carbon food packaging is covered in this research. With the implementation of wireless sensor network (WSN) and Artificial Intelligence (AI) technique, it accomplishes the fusion of market and ecologically responsible design, enhances production effectiveness and product usage. The confidence weight information choice technique is used to determine the type of smart energy-saving packaging, and the fundamental element is that the energy usage vector is formed by an Artificial Neural Network (ANN). Packaging makers must reevaluate how design and the environment interact, eliminate packaging design pollutants, make environmental protection their top concern, and develop a design idea that complies with ecological ethics for the long-term profit of human survival. Environment, politics, economy, and social factors all play a role in how the food system functions and are influenced by them. Compared to traditional techniques for monitoring the environment We use wireless sensor networks to keep an eye on the agricultural environment because they have three key benefits: (1) There is no need to lay wire; (2) the system is only implemented once; (3) the nodes are dense; (4) collected data has good precision; and (5) sensor nodes with a specific calculation and storage capacity, enabling collaboration among nodes, are perfect for unsupervised monitoring system. The incorporation and handling of product packaging data is made possible by smart packaging technology, which is essential in the creation of low-carbon food packaging and helps</p>

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Comprehensive research on energy-saving green design scheme of crane structure based on computational intelligence

Cited by 13 publications

References 23 publications

Reasonable design method of box crane girder by Taguchi method

Reasonable design method of box crane girder by Taguchi method

Light-weight design of an overhead crane’s girder with a non-symmetric box cross-section

Research on the design of green and low-carbon food packaging based on artificial intelligence technology

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