Neyval Costa Reis Jr.
Title: Ph.D. (UMIST, Reino Unido, 2000)
Research groups: CNPq (Google Translator version)
Curriculum: Lattes
Contact
Participation in projects:
Title | Starting date![]() |
Deadline (months) | Participation in the project |
---|---|---|---|
Mathematical modelling of liquid droplets evaporation inside porous media | 01/07/2009 | 36 | Coordinator * |
Mathematical Modelling of Air Pollution Dispersion in Urban Enviroments | 01/07/2009 | 36 | Coordinator * |
Pages
- « first
- ‹ previous
- 1
- 2
- 3
- 4
Participants in examination boards:
Pages
Disciplines taught:
Academic term![]() |
Code | Name | Hours | Course |
---|---|---|---|---|
2022/2 | PAMB-5093 | 60 | MSc in Environmental Engineering | |
2022/1 | PAMB-5018 | Air Quality Monitoring | 60 | MSc in Environmental Engineering |
2021/2 | PAMB-5091 | 60 | MSc in Environmental Engineering | |
2021/2 | PAMB-5018 | Air Quality Monitoring | 60 | MSc in Environmental Engineering |
2021/1 | PAMB-5014 | Special Topics: Environmental Engineering: Modelos Meteorológicos e de Dispersão de Poluentes em Mesoescala | 60 | MSc in Environmental Engineering |
Pages
Guided Students:
Name | Title | Defense date![]() |
Role | Type |
---|---|---|---|---|
Mayana Rigo Alves | OZONE PRECURSOR VOLATILE ORGANIC COMPOUNDS (HYDROCARBONS AND CARBONYLS): ANALYSIS OF THE POTENTIAL FOR OZONE FORMATION AND HEALTH EFFECTS IN URBAN AREA | 21/09/2022 | Advisor * | PhD thesis |
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 |
Fabiana Trindade da Silva | The influence of urban arrays on air quality | 21/02/2020 | Advisor * | PhD thesis |
Felipe Simões Maciel | IMPACT OF THE WRF METEOROLOGICAL MODELING COUPLING WITH MICROSCALE CFD MODELING ON THE WIND FIELD STUDY INSIDE A URBAN CANOPY | 19/02/2020 | Advisor * | MSc dissertation |
Igor Richa Menegatti | COUPLING MICRO AND MESO SCALE MODELS FOR DETERMINING FLOW AND DISPERSION OF POLLUTANTS IN URBAN ENVIRONMENT | 10/01/2020 | Advisor * | MSc dissertation |