Krystallia Kalimeri

Krystallia Kalimeri

orcid

Research Focus & Metrics

Academic Career Length

21Years (2006-Present)

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

Representative Publications

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1 November 2016 in Atmospheric Pollution Research
Verified
Journal Article
Closed access
KKKrystallia Kalimeri
Krystallia Kalimeri
Dikaia SaragaDikaia Saraga
Dikaia Saraga
VLVasileios D. Lazaridis
Vasileios D. Lazaridis
NLNikolaos A. Legkas
Nikolaos A. Legkas
DMDafni A. Missia
Dafni A. Missia
JBJohn G. Bartzis
John G. Bartzis

30 September 2007 in Catalysis Today
Verified
Journal Article
Closed access
GPG. Pekridis
G. Pekridis
KKKrystallia Kalimeri
Krystallia Kalimeri
NKN. Kaklidis
N. Kaklidis
EVE. Vakouftsi
E. Vakouftsi
EIE.F. Iliopoulou
E.F. Iliopoulou
GMG.E. Marnellos
G.E. Marnellos

23 September 2020 in Indoor Air
Verified
Journal Article
Closed access
PDF file
Ioannis SakellarisIoannis Sakellaris
Ioannis Sakellaris
Dikaia SaragaDikaia Saraga
Dikaia Saraga
CMCorinne Mandin
Corinne Mandin
YKYvonne Kluizenaar
Yvonne Kluizenaar
SFSerena Fossati
Serena Fossati
JBJohn G. Bartzis
John G. Bartzis

1 March 2015 in Journal of Hazardous Materials
Verified
Journal Article
Closed access
JBJohn G. Bartzis
John G. Bartzis
PWPeder Wolkoff
Peder Wolkoff
MSM. Stranger
M. Stranger
GEGeorge Efthimiou
George Efthimiou
Evangelos TolisEvangelos Tolis
Evangelos Tolis
EFEduardo De Oliveira Fernandes
Eduardo De Oliveira Fernandes

1 December 2019 in Environmental Research
Verified
Journal Article
Closed access
KKKrystallia Kalimeri
Krystallia Kalimeri
JBJohn G. Bartzis
John G. Bartzis
Ioannis SakellarisIoannis Sakellaris
Ioannis Sakellaris
EFEduardo De Oliveira Fernandes
Eduardo De Oliveira Fernandes

7 August 2019 in Applied Sciences
Verified
Journal Article
Open access
PDF file
Ioannis SakellarisIoannis Sakellaris
Ioannis Sakellaris
Dikaia SaragaDikaia Saraga
Dikaia Saraga
CMCorinne Mandin
Corinne Mandin
YKYvonne de Kluizenaar
Yvonne de Kluizenaar
SFSerena Fossati
Serena Fossati
JBJohn G. Bartzis
John G. Bartzis
Personal control over various indoor environment parameters, especially in the last decades, appear to have a significant role on occupants’ comfort, health and productivity. To reveal this complex relationship, 7441 occupants of 167 recently built or retrofitted office buildings in eight European countries participated in an online survey about personal/health/work data as well as physical/psycho-social information. The relationship between the types of control available over indoor environments and the perceived personal control of the occupants was examined, as well as the combined effect of the control parameters on the perceived comfort using multilevel statistical models. The results indicated that most of the occupants have no or low control on noise. Half of the occupants declared no or low control on ventilation and temperature conditions. Almost one-third of them remarked that they do not have satisfactory levels of control for lighting and shading from sun conditions. The presence of operable windows was shown to influence occupants’ control perception over temperature, ventilation, light and noise. General building characteristics, such as floor number and floor area, office type, etc., helped occupants associate freedom positively with control perception. Combined controlling parameters seem to have a strong relation with overall comfort, as well as with perception regarding amount of privacy, office layout and decoration satisfaction. The results also indicated that occupants with more personal control may have less building-related symptoms. Noise control parameter had the highest impact on the occupants’ overall comfort.