Lucas Guedes de Oliveira

Dr. Lucas Guedes de Oliveira

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Research Focus & Metrics

Academic Career Length

11Years (2016-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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18 June 2019 in The International Journal of Advanced Manufacturing Technology
Verified
Journal Article
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LOLucas Guedes de Oliveira
Lucas Guedes de Oliveira
APAnderson Paulo de Paiva
Anderson Paulo de Paiva
PBPedro Balestrassi
Pedro Balestrassi
JFJoão Roberto Ferreira
João Roberto Ferreira
SCSebastião Carlos da Costa
Sebastião Carlos da Costa
PCPaulo Henrique da Silva Campos
Paulo Henrique da Silva Campos

1 February 2020 in Applied Acoustics
Verified
Journal Article
Closed access
PPPedro J. Papandrea
Pedro J. Papandrea
EFEdielson P. Frigieri
Edielson P. Frigieri
PMPaulo Roberto Maia
Paulo Roberto Maia
LOLucas Guedes de Oliveira
Lucas Guedes de Oliveira
APAnderson P. Paiva
Anderson P. Paiva

1 September 2019 in Precision Engineering
Verified
Journal Article
Closed access
LOLucas Guedes de Oliveira
Lucas Guedes de Oliveira
APAnderson Paulo de Paiva
Anderson Paulo de Paiva
PCPaulo Henrique da Silva Campos
Paulo Henrique da Silva Campos
EPEmerson José de Paiva
Emerson José de Paiva
PBPedro Paulo Balestrassi
Pedro Paulo Balestrassi

1 May 2020 in Renewable and Sustainable Energy Reviews
Verified
Journal Article
Closed access
LOLucas Guedes de Oliveira
Lucas Guedes de Oliveira
Giancarlo AquilaGiancarlo Aquila
Giancarlo Aquila
PBPedro Paulo Balestrassi
Pedro Paulo Balestrassi
APAnderson Paulo de Paiva
Anderson Paulo de Paiva
AQAnderson Rodrigo de Queiroz
Anderson Rodrigo de Queiroz
UCUlisses Pessin Camatta
Ulisses Pessin Camatta

5 November 2025 in The International Journal of Advanced Manufacturing Technology
Verified
Journal Article
Closed access
PDF file
FBFrancisco Tiago Araújo Barbosa
Francisco Tiago Araújo Barbosa
LOLucas Guedes de Oliveira
Lucas Guedes de Oliveira
MAMatheus Cunha de Almeida
Matheus Cunha de Almeida
Paulo Rotella JuniorPaulo Rotella Junior
Paulo Rotella Junior
RPRogério Peruchi
Rogério Peruchi

LSLuiz Bueno Silva
Luiz Bueno Silva
CMCarmem Julianne Beserra Melo Melo
Carmem Julianne Beserra Melo Melo
ASAdriana Gomes Gomes Lisboa de Souza
Adriana Gomes Gomes Lisboa de Souza
LOLucas Guedes de Oliveira
Lucas Guedes de Oliveira
Home office (HO) stands out as one of the most promising and popular forms of teleworking, especially after the COVID-19 pandemic. Therefore, many companies want to implement or maintain this working method, given its numerous advantages. However, there are adverse effects that are mainly related to physical and mental health. This article presents ergonomic analyses of HOs in neighborhoods considered heat islands. Temperature levels, extreme low-frequency non-ionizing radiation (ELF-NIR), illuminance, physical layout characteristics, and physiological parameters of teleworkers were measured. The results reveal that 92% of these professionals work 6 to 8 h daily with an ambient temperature between 25 and 30 °C, illumination levels in the range 11.20–290 Lux, and ELF-NIR > 0.4 µT. The majority of teleworkers are overweight (BMI > 24.9), and some of them have blood pressure higher than average values (129 mmHg for systolic and 84 mmHg for diastolic) in addition to a reduction in the number of red blood cells and hematocrits. Symptoms such as burning sensation, dryness, tired eyes, redness, itching, and photophobia (light sensitivity) show a 68.95% similarity. These HOs do not meet the required ergonomic and health standards.