Proposal of the PLM-PV3G model for product lifecycle management

Oliveira, Paulo Sergio Gonçalves de; Helleno, André Luis; Silva, Dirceu da; Lopes, Meire dos Santos; Campos, Fernando Celso de; Picchiai, Djair

doi:10.1590/0104-530X0225-18

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Original Article • Gest. Prod. 25 (4) • Oct-Dec 2018 • https://doi.org/10.1590/0104-530X0225-18 copy

Proposal of the PLM-PV3G model for product lifecycle management

Authorship SCIMAGO INSTITUTIONS RANKINGS

Abstract

The objective of the article is to propose a model for product lifecycle management in the metalworking sector. This proposal intends to facilitate the adoption of good practices in the sector, by reducing complexity and improving action assertiveness. To achieve this goal, a survey was carried out with specialists from the sector, obtaining a total of 397 questionnaires. The focus of the model is to design green products to give support to the collaboration, manufacturing and knowledge management during product lifecycle management and making it easier to adopt this methodology. The model was developed using PLS (Partial Least Squares) analysis.

Keywords:
Product lifecycle management; Partial least squares; Change management; Knowledge management

	AVE	Composite Reliability	R Square	Cronbach’s Alpha
Collaboration Management	0.532	0.773	0.475	0.560
Manufacturing Management	0.498	0.852	0.499	0.790
Knowledge Management	0.557	0.788	0.478	0.606
Green Design	0.495	0.792	----------	0.654

	Collaboration Management	Manufacturing Management	Knowledge Management	Green Design
Collaboration Management	0.730
Manufacturing Management	0.654	0.747
Knowledge Management	0.691	0.706	0.706
Green Design	0.689	0.720	0.691	0.701

	T Statistics (\|O/STERR\|)
Green Design -> Collaboration Management	6.097
Green Design -> Manufacturing Management	3.894
Green Design -> Knowledge Management	6.272

Model paths	T Statistics (\|O/STERR\|)
DEFOR1 <- Collaboration Management	4.073
GECOL4 <- Collaboration Management	2.688
GECOL8 <- Collaboration Management	4.168
GECON1 <- Knowledge Management	3.802
GECON2 <- Knowledge Management	3.794
GECON3 <- Knowledge Management	3.531
GECON4 <- Knowledge Management	2.244
GEMAN1 <- Manufacturing Management	4.168
GEMAN2 <- Manufacturing Management	2.534
GEMAN3 <- Manufacturing Management	3.781
GEMAN4 <- Manufacturing Management	2.060
GEMAN5 <- Manufacturing Management	2.455
GEMAN6 <- Manufacturing Management	3.634
GEMAN7 <- Manufacturing Management	3.335
PROVER1 <- Green Design	3.811
PROVER2 <- Green Design	3.261
PROVER3 <- Green Design	3.742
PROVER4 <- Green Design	4.320

Universidade Federal de São Carlos Departamento de Engenharia de Produção , Caixa Postal 676 , 13.565-905 São Carlos SP Brazil, Tel.: +55 16 3351 8471 - São Carlos - SP - Brazil
E-mail: gp@dep.ufscar.br

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[1] Source: research data (2012).

H1	The “Green design” affects ” Collaboration Management”, favoring it.	Confirmed
H2	The “green design” of products favors “Manufacturing Management” regarding its flexibility, creating environmentally friendly products.	Confirmed
H3	The “green design” of products favors “Knowledge Management”, regarding the sharing of information between suppliers and other stakeholders in the process.	Confirmed
H4	The “green design” of products is enhanced by supplier development, favoring long-standing partnerships and facilitating reverse logistics.	Unconfirmed