Sustainable production system: literature review and trends

Jasti, Naga Vamsi Krishna; Jha, Neeraj Kumar; Chaganti, Phaneendra Kiran; Kota, Srinivas

doi:10.1108/meq-11-2020-0246

Cited by 9 publications

(8 citation statements)

References 89 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…Most decisions regarding the sustainability of a product are made during the design phase, so if rigorous data on the recycled material are not available in terms of functional and technological specifications, then it is really difficult to carry out a virtual validation in the early stages of the development process. Some data, such as energy consumption, carbon footprint, recycled percentage and material toxicity, have obvious ecological connections; however, it is not these but the mechanical, thermal and chemical properties that play a more important role in minimizing the ecological impact (Jasti et al , 2022; Merschak et al , 2022).…”

Section: Introductionmentioning

confidence: 99%

Using numerical-experimental analysis to evaluate rPET mechanical behavior under compressive stresses and MEX additive manufacturing for new sustainable designs

Mercado-Colmenero

Rubia

Mata-García

et al. 2023

RPJ

View full text Add to dashboard Cite

Purpose Because of the anisotropy of the process and the variability in the quality of printed parts, finite element analysis is not directly applicable to recycled materials manufactured using fused filament fabrication. The purpose of this study is to investigate the numerical-experimental mechanical behavior modeling of the recycled polymer, that is, recyclable polyethylene terephthalate (rPET), manufactured by a deposition FFF process under compressive stresses for new sustainable designs. Design/methodology/approach In all, 42 test specimens were manufactured and analyzed according to the ASTM D695-15 standards. Eight numerical analyzes were performed on a real design manufactured with rPET using Young's compression modulus from the experimental tests. Finally, eight additional experimental tests under uniaxial compression loads were performed on the real sustainable design for validating its mechanical behavior versus computational numerical tests. Findings As a result of the experimental tests, rPET behaves linearly until it reaches the elastic limit, along each manufacturing axis. The results of this study confirmed the design's structural safety by the load scenario and operating boundary conditions. Experimental and numerical results show a difference of 0.001–0.024 mm, allowing for the rPET to be configured as isotropic in numerical simulation software without having to modify its material modeling equations. Practical implications The results obtained are of great help to industry, designers and researchers because they validate the use of recycled rPET for the ecological production of real-sustainable products using MEX technology under compressive stress and its configuration for numerical simulations. Major design companies are now using recycled plastic materials in their high-end designs. Originality/value Validation results have been presented on test specimens and real items, comparing experimental material configuration values with numerical results. Specifically, to the best of the authors’ knowledge, no industrial or scientific work has been conducted with rPET subjected to uniaxial compression loads for characterizing experimentally and numerically the material using these results for validating a real case of a sustainable industrial product.

show abstract

Section: Introductionmentioning

confidence: 99%

Using numerical-experimental analysis to evaluate rPET mechanical behavior under compressive stresses and MEX additive manufacturing for new sustainable designs

Mercado-Colmenero

Rubia

Mata-García

et al. 2023

RPJ

View full text Add to dashboard Cite

show abstract

“…Although CSC sustainability follows the triple bottom linkages phenomenon of sustainability (environmental, societal, and economic), environmental sustainability requires more serious attention due to the severe environmental impact of its logistics operations and related activities (Babagolzadeh et al. , 2020; Jasti et al. , 2022; Jouzdani and Govindan, 2021).…”

Section: Introductionmentioning

confidence: 99%

“…The sustainability development in CSC aims to improve its sustainability parameters without compromising the product's desired safety and quality standard and overall value for the allied stakeholders and societal needs (Bottani et al, 2019;Mangla et al, 2020;. Although CSC sustainability follows the triple bottom linkages phenomenon of sustainability (environmental, societal, and economic), environmental sustainability requires more serious attention due to the severe environmental impact of its logistics operations and related activities (Babagolzadeh et al, 2020;Jasti et al, 2022;Jouzdani and Govindan, 2021).…”

Section: Introduction 11 Research Background and Motivationmentioning

confidence: 99%

A sustainable framework development and assessment for enhancing the environmental performance of cold supply chain

Kumar

Tyagi

Sachdeva

2022

MEQ

View full text Add to dashboard Cite

PurposeThe current study aims to deliver a consolidated view of environmental sustainability in cold supply chain performance systems (CSCPS), incorporating theoretical and empirical analysis for improving environmental standards. For this purpose, this study firstly aims to explore and analyze the various crucial challenging factors for environmental sustainability in the cold supply chain (CSC). Secondly, it discovers the most effective sustainable strategies for improving the environmental sustainability of CSCPS.Design/methodology/approachThe exploration of the crucial challenging factors and the proposed sustainable strategies have been done using a systematic literature review relevant to the sustainable performance of CSC. At the same time, semi-structured brainstorming sessions were conducted with the domain professionals having an industrial and academic background to finalize the strategies. Empirical analysis has been performed using an intuitionistic fuzzy (IF) based hybrid approach of SWARA and COPRAS methods.FindingsThe key findings of the study address that “higher energy consumption during refrigerated transportation and storage” is the most crucial challenge for environmental sustainability in CSC. In addition, “managerial refrain to profit decline due to sustainability implementation” is the second most crucial challenge that hinders the adoption of sustainable practices in CSCs. Meanwhile, the governmental attention to motivating organizations for green adoption and implementation of solar energy-driven refrigeration technologies are the two most important discoveries of the study that might help in improving CSC's environmental performance.Research limitations/implicationsFrom the implications side, the study enriches and extends the current literature content on CSC sustainability. In addition, it offers sound managerial implications by identifying the challenges that create threats among the management for sustainability adoption and suggesting the most suitable sustainable strategies, which may help the management to raise the environmental performance of their CSC. Besides having various important theoretical and managerial implications for the study, contemplation of only environmental sustainability traits as a broader perspective limits the scope of the study.Originality/valueThe study's main contribution is the exploration of the most crucial challenges imparting obstructions in sustainable development and sustainable strategies, which may get the interest of the CSC players, market leaders, and industrial and academic practitioners working in the domain of CSC sustainability. In addition, this study offers structured theoretical and empirical evidence for CSC's environmental sustainability, thus playing a bridging role between theoretical sustainability concepts and its practical implications in CSC industries.

show abstract

“…Despite volumes of research on sustainability, very few research works were done to find and analyze main reason of failure of implementation of SSCM practices in organizations. Those works are restricted to particular fields of manufacturing sector instead of considering entire production processes all together (Jasti et al , 2022). The aim of this study is to identify the implementation status of SSCM practices in Indian smart manufacturing organizations by selecting the existing SSCM frameworks from the literature and finding out the most appropriate one for the implementation in Indian smart manufacturing organizations.…”

Section: Introductionmentioning

confidence: 99%

Validity and reliability of sustainable supply chain management frameworks in Indian smart manufacturing industries

Jha¹,

Jasti

Chaganti

et al. 2022

MEQ

Self Cite

View full text Add to dashboard Cite

PurposeSustainable supply chain management (SSCM) ensures integration of socially, environmentally and economically feasible practices in entire supply chain. SSCM principles can be implemented to improve efficiency and productivity of a system by different attributes of the system. The purpose of this article is to identify the most appropriate existing (SSCM) framework that can be implemented suitably in Indian smart manufacturing industries.Design/methodology/approachValidity and reliability analysis on the existing SSCM frameworks was carried out with the help of empirical data collected using questionnaire survey methodology from various Indian smart manufacturing organizations. The empirical data were gathered from various experts from top- and middle-level management in different smart manufacturing organizations across the country. Further, factor analysis was carried on the collected data to estimate the unidimensionality of each SSCM frameworks. Cronbach's alpha value was used to assess reliability of each framework. Subsequently, the frequency distribution analysis was done to obtain familiar elements in the segregated frameworks based on validity and reliability analysis.FindingsThe work observed that only five SSCM frameworks have shown unidimensionality in terms of the elements or constructs. The work further found that these segregated frameworks have not shown sufficiently high level of reliability. Additionally, this work attempted frequency distribution analysis and observed that there were very few elements which were being repeatedly used in numerous frameworks proposed by researchers. Based on the findings of this work, the work concluded that there is acute need of a new SSCM framework for Indian smart manufacturing industries.Research limitations/implicationsThis study gathered empirical data from 388 Indian smart manufacturing organizations. Thus, before generalizing the findings of the study across the sectors, there is a possibility of some more explication.Originality/valueThe main purpose of this article is to explore the feasibility of the existing SSCM frameworks in Indian smart manufacturing sector. The study also assumes that the manufacturing managers and executives may have the complete understanding on the existing sustainable manufacturing frameworks and a chance to executing proper suitable framework in the respective manufacturing organization.

show abstract

Sustainable production system: literature review and trends

Cited by 9 publications

References 89 publications

Using numerical-experimental analysis to evaluate rPET mechanical behavior under compressive stresses and MEX additive manufacturing for new sustainable designs

Using numerical-experimental analysis to evaluate rPET mechanical behavior under compressive stresses and MEX additive manufacturing for new sustainable designs

A sustainable framework development and assessment for enhancing the environmental performance of cold supply chain

Validity and reliability of sustainable supply chain management frameworks in Indian smart manufacturing industries

Contact Info

Product

Resources

About