1- fundamentals of thermodynamics (1).pdf

IKSchene Sem. II New Syllabus MSBTE year 2024-2025 As per new revised...

IKSchene Sem. II New Syllabus MSBTE year 2024-2025 As per new revised K Scheme w.e.f. academic THERMAL ENGINEERING (Code : 313310) -III Second Year Diploma Semester PG) Mechanical Engineering / Production Engineering (ME/ S. D. Ambatkar TM Includes : Solved previous MSBTE Question Papers. Tech Knouwledge on Each Topic. Solved Examples based Publi Cations  SYLLABUS THERMAL ENGINEERING (313310) - emester i Mechanical Eneinoering / Production Engineering (ME/ P) Unit Unit Outcomes (UOs) Topics and Sub-topics (in cognitive domain) 1.1Thermodynamic system, Types of systems TLO 1.1 Explain Open, closed & isolated system, Extensive and the various Intensive properties, Process and Cycle. thermodynamic Thermodynamic definition of work, heat, systems & its difference between heat and work, flow work, Unit - 1: properties with concepts of enthalpy and entropy. Fundamentals of suitable example. - 1.2 Laws of Thermodynamics Zeroth law, first law Thermodynamics TLO 1.2 Interpret various laws and second law of thermodynamics. Kelvin Refer chapter 1 of thermodynamics. Planks, Clausius statements. Concept of Heat TLO 1.3 Maintain various engine, Heat pump and Refrigerator. thermodynamic Laws of Thermodynamics devices by using laws 1.3 Application of Steady flow energy equation and its application of thermodynamics to boiler, turbine, and condenser. (No Numerical Treatment on above) 2.1 Characteristics gas constant and universal gas constant. Derivation of characteristics gas equation. 2.2 Ideal gas processes - Isobaric, Isochoric, TLO 2.1 Illustrate Ideal gas Isothermal, Isentropic, Polytropic and their processes on P-V& T-S representation on P-V and T-S diagrams. diagram. Determination of work, heat, internal energy, - Unit Il: TLO 2.2 Determine work done, enthalpy change. (only simple numerical based heat transfer, internal on above). Ideal Gases and Steam energy, enthalpy|2.3 Steam fundamentals - Applications of steam, Fundamentals change for various generation of steam at constant pressure with Refer chapter 2 ideal gas processes. representation on T-H & T-S chart Types of TLO 2.3 Calculate different steam: Wet, dry, superheated steam. Properties properties of steam of steam: Sensible, latent, total heat, specific using steam table, Volume, dryness fraction. use of steam table (Only simple numericals based on above) Rankine Cycle & its representation on P-V & T'S chart. (No numerical on Rankine cycle)  Introduction Refer Power Heat Refer Heat Engine Unit Steam chapter Refer Components Exchangers Transfer Unit Cycles - chapter4 Unit V: -IV: & to chapter Power 5 l.C. - Unit IIl & Plant : TLO TLO 3 of TLO TLO TLO TLO TLO 5.3 5.2 5.1 TLO TLO TLO 4.3 4.2 4.1 1.C. strokes and Explain Classify &T-S standard Represent 3.4 3.3 3.2 3.1 n application. exchanger Select engine. slab by Calculate transfer. Explain Unt cooling steam boiler, procedure maintenance Explain working conduction with the Select turbines. cognitive diagram. and Explain power Draw & Outcomes & I. composite justification. working four construction C. cycles various suitable modes tower. condenser steam given condensers plant. layout Engines. heat for domain) of construction Stroke on through transfer of situation (UOs) two P-V given heat walls. of turbine, steam effective of of air heat steam steam and for 5.2 4.1 34 3.1 stroke Construction Classification Basics Diesel Power numerical representation exchanger and Heat conduction numerical Stefan reflectivity, Radiation cooling, composite Fourier's convection Modes forced towers, Cooling (No its surface condensers, pressure, Steam heating Need working turbine types, Steam pressure Introduction Lamont Classification Steam Components working Exchangers effect. numerical I.C. of Cycles and condensers of applications engines cycle, Condenser. nozzle Boiler- 1.C. on Boltzmann Construction and natural wall. law, of Towers- & boiler Topics through of -Classification, bleeding compounding. boiler, emissivity, & and above) based working Engine on - of and heat induced construction function, Impulse (S.I. its shell - absorptivity, Convection conduction Treatment & & of Definition & and application P-V Dual Carnot applications. Classification, Steam Benson Construction boilers, layout to radiation. and - and and slab on law. black and transfer draught and Classification Sources - Dalton's steam. of and of steam Sub-toplcs of Engine steam as of CI) tube, & heat forced Turbines Boiler. Introduction two T-s Cycle Cycle, composite for working steam body, - Newton's through of and classification Regenerative Reaction Construction per plate this of diagram. (Only transmissivity, stroke terminology, transfer Conduction cooling air law nozzles. power & construction IBR, power IC Otto gray convection. Conduction, unit) leakage working - working and engines, type wall.) of of of Function. function & simple slab natural, turbine four (No cycle, heat body, law tower. cooling partial feed Steam to plantplant, and and high its by of & of of Df 1.3 1.2 1.1 Syllabus: at 12 1 Chapter Thermal condenser. 1.3.3 1,3.2 1.3.1 Work 1.2.12 1.2.11 1.2.10 Application statements. Laws concepts Process Thermodynamic 1.2.9 1.2.8 1.2.7 1.2.6 1.2.5 Concept 1.2.3 1.2.2 1.2.1 Basic Enginering 1.2.4 and Concept.... of 1: Thermodynamics Similarity Heat Work.. Definitions Flow Non Quasi-static and Energy.. Path Cycle. Process. State. Classification Property. Types Thermodynamic of (No of Fundamentals Pure of Concept enthalpy Cycle. Transfer Process, Flow Laws Numerical (Classification) system, Substance Between Process.. and Process of Thermodynamics of and Thermodynamic Heat and Unit of Properties. Treatment - entropy. Types System. Energy. engine, Zeroth Heat Conversion (Reversible of of and of System. systems- Thermodynamics on Heat law, definition Work above). -