Description
The aim of the course is to provide students with the basics and current knowledge of the theory and practice of thermal energy . Through the course students will be introduced to Theoretical Foundations and Principles of thermodynamics and its application in thermal engineering - Thermal Engineering. They will also be familiar with the resources, the potential of conventional and special - non -conventional energy sources, energy resources, budget elements and basic dimensioning, design, technology solutions, equipment and significance for future technological development .
Students will be trained in the implementation of the budget balance of thermo - technical and thermal power plants; dimensioning, design, and finding technical solutions; selection of equipment in the field of thermodynamics and energy; teamwork work; communicating the technical terms and an oral presentation.
Theoretical study:
Introductory remarks on the subject and the concept of energy. The science of heat - phenomenological and statistical approach. Principles Thermodynamics. The laws of conservation of energy and mass.. System and environment . Ideal and real gas , steam, moist air . Change in status. Cycles . Heat transfer. The heat exchangers . Combustion . Drying. Conventional sources, technology and resources - coal , oil , natural gas. Non -conventional sources of energy . Solar energy . Wind energy . Geothermal Energy . Energy biomass . Bio- gas. Heat pumps . Other renewable energy . rational use of energy . Energy efficiency.
Practical study:
Practical teaching units in thermodynamics , the size of the state . External influences . Equations state of the ideal gas. First and second law of thermodynamics . Change in status. Changes of state of ideal gases . mixtures of ideal gases . Real gases and vapors . The water vapor . The moist air . Binary solutions . Converting thermal energy into mechanical work.
Cycles . Maximum work. Exergy . Process for cooling . Current processes. Heat transfer. Combustion . Solar energy . Wind energy . Geothermal Energy . Energy biomass . Bio- gas. Heat pumps . Rational use of energy . Energy efficiency .
General information
Study program: Industrial engineering
ECTS: 6
Semester: III
Lectures: 2
Exercises: 2
Lecturer
Ph.D Miroslav Lambic, full time professor
Email: lambic@tfzr.uns.ac.rs
Course books
1. Lambić M. Termotehnika sa energetikom, Tehnički fakultet «Mihajlo Pupin», Zrenjanin ,
