Bruno Furieri

Title: PhD (EM, França, 2012)

Research groups: CNPq (Google Translator version)
Curriculum: Lattes
Contact

Participation in projects:

Title Starting datesort descending Deadline (months) Participation in the project
05/01/2015 36 Researcher *
Numerical and experimental analisys of atmospheric emission and dispersion of particles emitted from stock piles 11/05/2015 96 Researcher *
Co-relation between population anoyance, health effects and concentration exposure to air pollutants 11/05/2015 24 Researcher *
11/05/2015 36 Researcher *
01/05/2018 36 Researcher *

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Participants in examination boards:

Title Namesort descending Defense date Course
Edilson Luiz do Nascimento 08/08/2014 PhD in Environmental Engineering
Enilene Regina Lovatte 31/03/2015 PhD in Environmental Engineering
Modeling trace metals in an estuarine system under the influence of atmospheric deposition Franciane Entringer Curbani 30/09/2022 PhD in Environmental Engineering
Analysis of qualitative and sociodemographic aspects related to the annoyance caused by odorant gases in an industrialized urban environment Franciele Ribeiro Cavalcante 02/05/2023 MSc in Environmental Engineering
INVESTIGATION OF TURBULENT ATMOSPHERIC FLOW MODIFIED BY ARTIFICIAL AND NATURAL POROUS BARRIERS APPLIED TO CONTROL THE WIND EROSION OF GRANULATED MATERIALS Jamily Faé Stocco 17/08/2021 MSc in Environmental Engineering

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Disciplines taught:

Academic term Code Namesort descending Hours Course
2019/1 PAMB-5001 Transport Phenomena 60 MSc in Environmental Engineering
2020/1 PAMB-5001 Transport Phenomena 60 MSc in Environmental Engineering
2021/1 PAMB-5001 Transport Phenomena 60 MSc in Environmental Engineering
2021/2 PAMB-5001 Transport Phenomena 60 MSc in Environmental Engineering
2019/2 PAMB-5078b 60 MSc in Environmental Engineering

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Guided Students:

Namesort descending Title Defense date Role Type
Laize Nalli de Freitas Determination of the mass transfer coefficient of an odorant compound in a dynamic flow chamber 02/08/2023 Advisor * MSc dissertation
Matheus de Araújo Siqueira INFLUENCE OF THE DESIGN AND OPERATIONAL CONDITIONS ON THE AIRFLOW AND MASS TRANSFER PHENOMENA INSIDE A PORTABLE WIND TUNNEL USED TO ESTIMATE ODORANT COMPOUNDS MEASURED OVER PASSIVE LIQUID SURFACES 29/08/2022 Co-advisor * MSc dissertation
Philipe Uhlig Siqueira Experimental study of mass transfer between the liquid and gas phases inside a portable wind tunnel used to estimate emission rates for odors compounds. 29/08/2022 Advisor * MSc dissertation
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