Evaluation and Analysis of Risks in Automotive Industry

Kapitonov, Mikhail V.

doi:10.1016/j.trpro.2022.01.090

Cited by 28 publications

(14 citation statements)

References 7 publications

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“…Among the advantages of the technology is the possibility of reusing the substances involved in the reactions, the possibility of obtaining the finished product without the use of a separating membrane, and relatively low energy consumption. The method does not contradict rules 1, 2, and 7, but due to the use of hazardous substances, multi-stage nature, and the need to maintain a high temperature, it does not correspond to points 3, 5, 6, 8, and 12 of the "green" list [16].…”

Section: Thermal Methodsmentioning

confidence: 99%

Hydrogen production and green chemistry

Sidorenko

Kutkina

Назарова

et al. 2022

J. Phys.: Conf. Ser.

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This paper presents a study on the production of hydrogen and “green chemistry”. The introduction introduces the terminology and historical data, followed by the defining principles that describe hydrogen production methods using natural gas, coal, water and biomass as feedstock. Some basics of “green chemistry” are also given. The next section provides an analysis of all hydrogen production methods, the results of the analysis are recorded in a table that allows you to identify the most environmentally friendly solutions. In the conclusion it is stated that the results of the study indicated in the table make it possible to assess the compliance of each of the 13 methods for producing hydrogen with the principles of “green chemistry”, and the assessment and comments do not take into account the economic component of technologies, the main emphasis is on environmental protection.

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Section: Thermal Methodsmentioning

confidence: 99%

Hydrogen production and green chemistry

Sidorenko

Kutkina

Назарова

et al. 2022

J. Phys.: Conf. Ser.

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“…Figure 1 shows the dependence of the elongation of one chain link on the load applied to it. It is easy to see in the graph that when the chains are operated without exceeding the carrying capacity, the links do not elongate [11]. Round link chains must be used when designing chain slings.…”

Section: Methodsmentioning

confidence: 99%

“…Determination of calculated values of acting loads according to formulas (1), ( 2) and (3); 3. Determination of the margin of safety, in case of failure to meet the requirement 𝐵𝐹 𝑊𝐿𝐿 ≥ 4, it is necessary to additionally calculate the reliability indicators using formulas ( 8), ( 9), ( 10) and (11).…”

Section: Methodsmentioning

confidence: 99%

Influence of Chemical Composition of Lifting Equipment Material On Their Performance

Amosov,

Rozhdestvensky

2023

IJIE

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The presented study refers to the use of load-handling chain slings. The theoretical calculation shows the high reliability and virtually trouble-free operation of a metal welded circuit. The introduction describes the relevance of the work and a brief historical background of the existence of this problem, as well as the terms used in the work. The next part presents a methodology for calculating the load and reliability; the quantitative values of reliability indicators, methods for obtaining them and a methodology for calculating reliability by the criterion of strength are shown. The scheme of operation of the emission spectrometer and the technology of its application are presented. In the conclusions, there are practical recommendations and coincidence of the results of the study with known facts from the materials sciences. The studies conducted by the authors demonstrate that the use of chain hangers without in-depth input control of the chemical composition of the material used can cause significantharm.

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“…Según Kapitonov (2022), la globalización, alta especialización, competencia por componentes de alta calidad, perseguida por productores y clientes potenciales, generan incertidumbre. Es por esto que las ensambladoras controlan la calidad y gestionan de mejor manera las CS, obteniendo como resultado un mejor desempeño (Coronell y Amilcar, 2018), agregando valor al producto final.…”

Section: Gestión De Riesgos En Las Cadenas De Suministro De La Indust...unclassified

Identificación de riesgos en las cadenas de suministro de la industria automotriz: una revisión de literatura

Lopez Dominguez,

Vázquez-Rueda,

Martínez Hernández

2023

Entreciencias

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Objetivo: evidenciar la relevancia de la gestión de riesgos (GR) – particularmente en la fase de identificación de riesgos – en las organizaciones destacando la utilidad que tiene en el contexto de la cadena de suministro (CS) de la industria automotriz (IA). Diseño metodológico: a través de una revisión de literatura de 44 artículos sobre GR en las CS de la IA, se seleccionaron 19 publicaciones de carácter empírico, publicadas entre los años 2018-2022, recuperados de las bases de datos: Google Scholar y Dimensions. Las publicaciones se encuentran en un contexto global y pertenecen a clasificaciones emitidas por Scimago Q1 a Q4. Resultados: se detectaron 17 tipologías diferentes de riesgos, entre las que destacan los riesgos impulsados por la demanda y los riesgos de adquisición. Específicamente los tipos de riesgo que se identifican con mayor frecuencia son los relacionados a la baja calidad en piezas y comunicación deficiente con proveedores. La principal contribución de este trabajo es una tipología de riesgos. Limitaciones de la investigación: la subjetividad que pudo existir al momento que los investigadores evaluaron los riesgos y el no contar con marcos de referencia formal de GR. Hallazgos: los principales hallazgos indican que la GR es una herramienta de gestión que mejora el desempeño de la IA al ofrecer criterios para identificar los factores de riesgo en una economía mundial, considerándolos no solo como amenaza, incluso como oportunidad.

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Evaluation and Analysis of Risks in Automotive Industry

Cited by 28 publications

References 7 publications

Hydrogen production and green chemistry

Hydrogen production and green chemistry

Influence of Chemical Composition of Lifting Equipment Material On Their Performance

Identificación de riesgos en las cadenas de suministro de la industria automotriz: una revisión de literatura

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