Politechnika Białostocka - Central Authentication System

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Conducted in terms:
Summer Semester 2014/15
Summer Semester 2015/16
Summer Semester 2016/17
Summer Semester 2017/18
Summer Semester 2018/19
Summer Semester 2019/20
Summer Semester 2020/21

ECTS credits: 5

Organized by: Faculty of Civil Engineering and Environmental Sciences

Ventilation and Air -conditioning Theory Ś16028/1

The lectures:
A classification of the ventilation systems. The components of the ventilation installations. The parameters of the internal and external air. The calculations of the agents, which cause the change of the air condition in the rooms. The criteria for the prediction of the quantity of the ventilation air. The air distribution in the ventilation rooms. The calculations of the ventilation net channels for the mechanical ventilations. The selection of the essential ventilation devices. The acoustic protection and heat recuperation. The adjustment of the ventilation installations.

The design classes:
The self made design for the ventilation installation.

Term 2014L:

The lectures:
A classification of the ventilation systems. The components of the ventilation installations. The parameters of the internal and external air. The calculations of the agents, which cause the change of the air condition in the rooms. The criteria for the prediction of the quantity of the ventilation air. The air distribution in the ventilation rooms. The calculations of the ventilation net channels for the mechanical ventilations. The selection of the essential ventilation devices. The acoustic protection and heat recuperation. The adjustment of the ventilation installations.

The design classes:
The self made design for the ventilation installation.

Term 2015L:

The lectures:
A classification of the ventilation systems. The components of the ventilation installations. The parameters of the internal and external air. The calculations of the agents, which cause the change of the air condition in the rooms. The criteria for the prediction of the quantity of the ventilation air. The air distribution in the ventilation rooms. The calculations of the ventilation net channels for the mechanical ventilations. The selection of the essential ventilation devices. The acoustic protection and heat recuperation. The adjustment of the ventilation installations.

The design classes:
The self made design for the ventilation installation.

Term 2017L:

The lectures:
A classification of the ventilation systems. The components of the ventilation installations. The parameters of the internal and external air. The calculations of the agents, which cause the change of the air condition in the rooms. The criteria for the prediction of the quantity of the ventilation air. The air distribution in the ventilation rooms. The calculations of the ventilation net channels for the mechanical ventilations. The selection of the essential ventilation devices. The acoustic protection and heat recuperation. The adjustment of the ventilation installations.

The design classes:
The self made design for the ventilation installation.

Term 2018L:

The lectures:
A classification of the ventilation systems. The components of the ventilation installations. The parameters of the internal and external air. The calculations of the agents, which cause the change of the air condition in the rooms. The criteria for the prediction of the quantity of the ventilation air. The air distribution in the ventilation rooms. The calculations of the ventilation net channels for the mechanical ventilations. The selection of the essential ventilation devices. The acoustic protection and heat recuperation. The adjustment of the ventilation installations.

The design classes:
The self made design for the ventilation installation.

Term 2019L:

The lectures:
A classification of the ventilation systems. The components of the ventilation installations. The parameters of the internal and external air. The calculations of the agents, which cause the change of the air condition in the rooms. The criteria for the prediction of the quantity of the ventilation air. The air distribution in the ventilation rooms. The calculations of the ventilation net channels for the mechanical ventilations. The selection of the essential ventilation devices. The acoustic protection and heat recuperation. The adjustment of the ventilation installations.

The design classes:
The self made design for the ventilation installation.

Term 2020L:

The lectures:
A classification of the ventilation systems. The components of the ventilation installations. The parameters of the internal and external air. The calculations of the agents, which cause the change of the air condition in the rooms. The criteria for the prediction of the quantity of the ventilation air. The air distribution in the ventilation rooms. The calculations of the ventilation net channels for the mechanical ventilations. The selection of the essential ventilation devices. The acoustic protection and heat recuperation. The adjustment of the ventilation installations.

The design classes:
The self made design for the ventilation installation.

(in Polish) E-learning

Term 2019L:

(in Polish) Tak

Term 2018L:

(in Polish) Nie

Term 2015L:

(in Polish) Nie

Term 2020L:

(in Polish) Tak

(in Polish) Rodzaj przedmiotu

(in Polish) Obowiązkowy

(in Polish) Tryb prowadzenia

(in Polish) Lektura monograficzna

(in Polish) Wymagania

Fluid Mechanics
Fluid Mechanics
Heat Transfer Theory

(in Polish) Założenia (prorekwizyty)

Fluid Mechanics
Fluid Mechanics
Heat Transfer Theory

Course coordinators

Katarzyna Gładyszewska-Fiedoruk

Learning outcomes

Student has the knowledge of the trends and the most important new developments in the field of ventilation systems.
Student nows the standards, guidelines, principles of environmental engineering design objects and their components, and their consideration in engineering practice.
Student is able to obtain information from literature, databases and other sources, to integrate the information, make their interpretation and critical evaluation, as well as draw conclusions and formulate and fully justify opinions.

Assessment criteria

lecture
oral exam

project
attendance, the descriptive part of the project, part of the video and the defense of the project - 5
attendance, graphic part of the project, the project adjustment - 4
attendance, part of the calculation of the project, the project adjustment, correction and defense of the project - 4
attendance, the descriptive part of the project - 3

laboratory
attendance, pre-test, measurement reports

Bibliography

Malicki M.: Wentylacja i klimatyzacja PWN, Warszawa 1980r.;
Gaziński B.: Poradnik Klimatyzacja. Poznań 2001r.;
Klinke T.: Tablice do do obliczeń strat ciśnienia, Warszawa 2007r.
K. Gładyszewska – Skrypt Politechniki Białostockiej „Ćwiczenia laboratoryjne z wentylacji i klimatyzacji”, Białystok 1999
Gładyszewska-Fiedoruk K., Demianiuk A. B. „WENTYLACJA - PODRĘCZNIK DO ĆWICZEŃ LABORATORYJNYCH”, Białystok 2013

Term 2014L:

Malicki M.: Wentylacja i klimatyzacja PWN, Warszawa 1980r.;
Gaziński B.: Poradnik Klimatyzacja. Poznań 2001r.;
K. Gładyszewska – Skrypt Politechniki Białostockiej „Ćwiczenia laboratoryjne z wentylacji i klimatyzacji”, Białystok 1999
Gładyszewska-Fiedoruk K., Demianiuk A. B. „WENTYLACJA - PODRĘCZNIK DO ĆWICZEŃ LABORATORYJNYCH”, Białystok 2013

Term 2015L:

Malicki M.: Wentylacja i klimatyzacja PWN, Warszawa 1980r.;
Gaziński B.: Poradnik Klimatyzacja. Poznań 2001r.;
K. Gładyszewska – Skrypt Politechniki Białostockiej „Ćwiczenia laboratoryjne z wentylacji i klimatyzacji”, Białystok 1999
Gładyszewska-Fiedoruk K., Demianiuk A. B. „WENTYLACJA - PODRĘCZNIK DO ĆWICZEŃ LABORATORYJNYCH”, Białystok 2013