Spatial variability of indoor particle dynamics induced by the human thermal plume

Alexandru Cernei

doi:10.1016/j.buildenv.2026.115058

Spatial variability of indoor particle dynamics induced by the human thermal plume

2026-07-30

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A

Alexandru Cernei *

I

Ilinca Năstase

M

Matei-Răzvan Georgescu

T

Thomas Fagniez

F

Frédéric Thévenet

M

Marie Verrièle

DOI：10.1016/j.buildenv.2026.115058

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Abstract

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• Spatially resolved PM measurements obtained using a multi-instrumented thermal manikin. • Apparent removal rates vary with location due to plume-driven transport. • Thermal plume enhances entrainment and accelerates personal exposure. • Chamber-average decay fails to represent near-body particle dynamics.

Keywords:

Human thermal plume

Thermal manikin

Indoor particulate matter

Particle deposition

Personal exposure

Spatial variability of indoor particle dynamics induced by the human thermal plume

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