Tomohiro Kobayashi

Associate Professor

Osaka University

Japan

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Dr. Tomohiro Kobayashi is an Associate Professor at Osaka University in Japan. His research areas include ventilation efficiency, infection prevention in healthcare settings, and the cognitive effects of olfactory responses in learning environments. Recent publications highlight his work on various ventilation systems and their performances in different contexts, including studies on thermal plumes and underfloor air distribution.

Articles (16)

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2025

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2022

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2022

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2022

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Associate Professor

Högskolan i Gävle

SWEDEN

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Tomohiro Kobayashi

Research Interests

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Articles (16)

Mitigating Exposure to Speech-Generated Infectious Particles by Tabletop Thermal Plume: An Exploratory Study

Ventilation efficiency and improvements for displacement ventilation systems during heating: A case study of a ward with vertical induction units

Infection-prevention performance of local exhaust ventilation under three different underfloor air distribution systems during a face-to-face conversation

Intermittent essential oil diffusion in learning spaces: Exploring olfactory responses and cognitive effects

Unsteady analysis of non-isothermal natural ventilation airflow using domain decomposition technique with LES

Performance of all-air wall induction unit for displacement ventilation in a four-bed hospital ward during the cooling period

A novel portable cooling unit with air purification for displacement ventilation: Parametric study with zonal model and field experiment

Heating and ventilation performance investigation of a novel linear slot diffuser with adaptive outlet area for near window applications

Wind tunnel experiment of wind-induced single-sided ventilation under generic sheltered urban area

A literature review of cross ventilation in buildings

Analysis of single-sided ventilation flows of a generic isolated building using particle tracking method in LES simulation

Numerical Evaluation of the Flow Field of an Isothermal Dual-Corner Impinging Jet for Building Ventilation

Numerical investigation of the flow behavior of an isothermal corner impinging jet for building ventilation

Numerical analysis of wind-induced natural ventilation for an isolated cubic room with two openings under small mean wind pressure difference

Impact of indoor aroma on students’ mood and learning performance

Experimental study and CFD modelling of four-bed hospital ward with all-air wall induction unit for air-conditioning

Collaborators (5)

Toshio Yamanaka

Haruna Yamasawa

NARAE CHOI

Eunsu Lim

Mathias Cehlin

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