Ders Akışı

Hafta Konular ÖnHazırlık
1 Introduction and Basic Concepts (Forms of energy, heat and work with the energy transition, the first law of thermodynamics, energy conversion efficiency, energy and environment)
2 Properties of Pure Substances (phases of pure substances, phase-change process features diagrams, features tables, perfect and real gas equations of state)
3 Properties of Pure Substances (phases of pure substances, phase-change process features diagrams, features tables, perfect and real gas equations of state).
4 Properties of Pure Substances (phases of pure substances, phase-change process features diagrams, features tables, perfect and real gas equations of state). 3. The rest of the week will continue to issue
5 Energy Analysis of Closed System (moving boundary work, closed systems for energy balance, specific heat, excellent gas internal energy, enthalpy and specific heat, enthalpy and specific heat of solid and liquid internal energy)
6 Energy Analysis of Closed System (moving boundary work, closed systems for energy balance, specific heat, excellent gas internal energy, enthalpy and specific heat, enthalpy and specific heat of solid and liquid internal energy). 5. The rest of the week
7 Control Volume for Mass and Energy Analysis (Conservation of mass principle, work flow and fluid energy, continuous-flow open system analysis of the energy-curls and diffusers, turbines and compressors, to be cut valves, mixing chambers, heat exchangers,
8 Control Volume for Mass and Energy Analysis (Conservation of mass principle, work flow and fluid energy, continuous-flow open system analysis of the energy-curls and diffusers, turbines and compressors, to be cut valves, mixing chambers, heat exchangers,
9 INTERVAL EXAMINATION IN SEMESTER
10 The Second Law of Thermodynamics (thermal energy storage, heat machines, refrigeration machines and heat pumps, transfer daim machines, reversible and irreversible condition changes, and principles of Carnot cycle, Carnot heat engines, the Carnot refrige
11 The Second Law of Thermodynamics (thermal energy storage, heat machines, refrigeration machines and heat pumps, transfer daim machines, reversible and irreversible condition changes, and principles of Carnot cycle, Carnot heat engines, the Carnot refrige
12 Entropy (entropy and the increase of entropy principle, pure substances entropy change, entropy features include diagrams, liquid and solid of the entropy change, entropy of a perfect gas exchange, reversible continuous flow of work, the compressor work
13 Entropy (entropy and the increase of entropy principle, pure substances entropy change, entropy features include diagrams, liquid and solid of the entropy change, entropy of a perfect gas exchange, reversible continuous flow of work, the compressor work
14 Fluid and Gas Power Cycles Overall assessment (Power cycles to the resolution of the basic concepts, Carnot cycle and its importance in engineering, air standard of acceptance, Overview of reciprocating engines, spark ignition engines for the ideal and r

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