Top 6 Apps Similar to Heat Engines

This free App on Engineering Thermodynamics coversmostimportanttopics in simple English and diagrams for a quickstudyandrevisions at the time of Exams, Viva, AssignmentsandJobinterviews. It is the most useful App for lastminutepreparations.The best app for school, college and work. Ifyou area student Itwill help to learn a lot. This useful App lists150topics in 5chapters, totally based on practical as well as astrongbase oftheoretical knowledge with notes written in verysimpleandunderstandable English. Consider this App as a quicknoteguidewhich professors use in a classroom. The App will helpinfasterlearning and quick revisions of all the topics. Some ofthetopicsCovered in the app are: 1. INTRODUCTION:Thermodynamics2.THERMODYNAMIC SYSTEMS AND CONTROL VOLUMES 3.PROPERTIES OF ASYSTEM4. Continuum 5. DENSITY AND SPECIFIC GRAVITY6. PROCESSESANDCYCLES 7. TEMPERATURE AND THE ZEROTH LAW OFTHERMODYNAMICS8.Temperature Scales 9. FORMS OF ENERGY 10. ENERGYTRANSFER BYHEAT11. ENERGY TRANSFER BY WORK 12. NONEQUILIBRIUM WORK13. THEFIRSTLAW OF THERMODYNAMICS APPLIED TO A CYCLE 14. THE FIRSTLAWAPPLIEDTO A PROCESS 15. ENTHALPY 16. TheConstant-TemperatureandConstant-Volume Process 17. The AdiabaticProcess 18.ThePolytrophic Process 19. The Continuity Equation 20.TheEnergyEquation 21. Throttling Devices 22. Nozzles and Diffusers23.IdealGas 24. MECHANICAL FORMS OF WORK 25. Shaft Work 26. FlowWork27.Qualitative Difference between Heat and Work 28.Conservationofmass and energy 29. Second law of thermodynamics:Introduction30.Limitations of First Law of Thermodynamics 31.KelvinPlanck’sstatement 32. Clausius statement 33. EquivalenceofKelvin-Planckand Clausius Statements 34. Irreversibility andCausesofIrreversibility 35. REVERSIBILITY 36. THE CARNOT ENGINE37.CARNOTEFFICIENCY 38. Heat Engines 39. Thermal Efficiency 40. CanWeSaveQout? 41. Coefficient of Performance 42. Heat Pumps43.PERPETUALMOTION MACHINES 44. Non-Quasi-Equilibrium ExpansionandCompression45. The Reversed Carnot Cycle 46. DifferencebetweenFree Expansionof a Gas and Reversible Isothermal Expansion47.Features ofreversible processes 48. Equality of idealGasTemperature andKelvin Temperature 49. Entropy-introduction 50.TwoReversibleAdiabatic Paths Cannot Intersect Each Other 51.ClausiusTheorem52. Temperature Entropy Diagram 53. TemperatureEntropyDiagram 54.Second law analysis of a control volume 55.Entropychange of anincompressible substance 56. Available Energy57.Available energyconversion to work 58. " Loss of AvailableEnergydue to HeatTransfer through a Finite Temperature Difference"59.Entropygeneration associated with a heat transfer 60. Mixtureofidealgases 61. Dalton 's Law of partial pressure 62. Amagat'sLaw63.Available Energy Referred to a Cycle 64. DecreaseinAvailableEnergy when Heat is Transferred through aFiniteTemperatureDifference 65. Available Energy from a FiniteEnergySource 66.Quality of Energy 67. Entropy and the degradationofenergy 68.EXERGY: WORK POTENTIAL OF ENERGY 69. Exergy(WorkPotential)Associated with Kinetic and Potential Energy70.REVERSIBLE WORKAND IRREVERSIBILITY 71. SECOND-LAW EFFICIENCY72.EXERGY CHANGE OFA SYSTEM 73. Exergy of a Fixed Mass: Nonflow(orClosed System)Exergy 74. Exergy of a Flow Stream: Flow (orStream)Exergy 75.Exergy by Heat Transfer 76. Exergy Transfer byWork 77.ExergyTransfer by Mass 78. THE DECREASE OF EXERGY PRINCIPLE79.ExergyDestruction 80. EXERGY BALANCE: CLOSED SYSTEMS 81.EXERGYBALANCE:CONTROL VOLUMES 82. Exergy Balance for Steady-FlowSystems83.Reversible Work 84. Phases of a Pure Substance85.Phase-ChangeProcesses of Pure Substances 86. P-v diagram of apuresubstance87. The P-T or Phase Change Diagram Thermodynamics ispartofMaterials Science, Mechanical engineering educationcoursesandtechnology degree programs of various universities.

The app is a complete free handbook of AppliedThermodynamicswithdiagrams and graphs. As a part of mechanicalengineering, theappbrings important topics, notes, news & blogon the subject.TheApp serves as a quick reference guide onchemistry,physics,mechanical & chemical engineering subject.The app isacomplete free handbook of Applied Thermodynamicswhichcoversimportant topics, notes, materials, news & blogs onthecourse.Download the App as a reference material & digitalbookforMechanical engineering programs & degree courses.ThisusefulApp lists 125 topics with detailed notes,diagrams,equations,formulas & course material, the topics arelisted in5chapters. The app is must have for all theengineeringsciencestudents & professionals. The app providesquickrevision andreference to the important topics like a detailedflashcard notes,it makes it easy & useful for the student oraprofessional tocover the course syllabus quickly before an examsorinterview forjobs. Track your learning, set reminders, editthestudy material,add favorite topics, share the topics onsocialmedia. Use thisuseful engineering app as your tutorial,digitalbook, a referenceguide for syllabus, course material,project work,sharing yourviews on the blog. Some of the topicsCovered in theapp are: 1.Introduction to Thermodynamic PropertyRelations 2.Internal Energy3. Graphical representation ofthermodynamicproperties 4. SomeMathematical Theorems 5. Relationsfor soundspeed and ideal gas 6.Maxwell’s Relations 7. Evaluation ofEntropy8. Derivation ofJoule’s Law 9. Constant Volume Heating 10.ConstantPressureHeating 11. Adiabatic Volume Change 12. SoundVelocity inH2O 13.Isothermal Volume Change 14. Example ofCompression of Solid15.Constant Enthalpy Expansion 16.Joule-Thompson coefficientrelatedto PvT data 17. Clapeyron Equation18. KeypointsregardingClapeyron Equation 19. Kinetic Theory ofGases 20. KineticTheoryof Gases–State Equations and Specific Heats21. Cp and Cvunder thekinetic theory 22. Variation of CP with P atconstant T23.Variation of CV with v at constant T 24. Relationbetween CP andCV25. Enthalpy Relations 26. Energy Relations 27.EntropyRelations28. Summary of Energy, Enthalpy, and EntropyCalculations29.Generating Thermodynamic Data Tables 30. Fuels 31.BASISOFCOMBUSTION ANALYSIS 32. Basic equations in combustion33.AIRREQUIRED IN COMBUSTION 34. Mass and volume of the flue gas35.THECOMBUSTION PROCESS 36. COMBUSTION OF FUELS IN AIR 37.EXHAUSTGASANALYSES 38. FINDING THE AFR FROM AN EXHAUST GASANALYSIS39.HIGHER AND LOWER CALORIFIC VALUES 40. Introductiontosteamgenerators 41. Introduction to boilers 42. How BoilersWork43.CLASSIFICATION OF BOILER 44. Boiler SpecificationTheheatingsurface 45. Boiler Systems 46. Firetube boilers47.Watertubeboilers 48. Comparison of fire tube and water tubeboilers49.Lancashire Boiler 50. COCHRAN BOILER 51. BABCOCK WILCOXBOILER52.BOILER MOUNTINGS 53. Water level Indicator 54. PressureGauge55.Steam Safety Valve 56. Fusible Plug 57. Feed Check ValveandSteamStop Valve 58. BOILER ACCESSORIES 59. Air Preheaters 60.FEEDWATERHEATER 61. SUPER HEATER 62. Performance Evaluation ofBoilers63.Direct Method for obtaining boiler efficiency 64.IndirectMethodfor obtaining boiler efficiency 65. EquivalentEvaporation66.Boiler Efficiency Each topic is complete withdiagrams,equationsand other forms of graphical representations forbetterlearningand quick understanding. Thermodynamics is partofphysicalchemistry, Chemical and Mechanical engineeringeducationcoursesand technology degree programs of variousuniversities.

This free App covers most important topics in simpleEnglishanddiagrams for a quick study and revisions at the timeofExams,Viva, Assignments and Job interviews. It is the mostusefulApp forlast minute preparations. The best app for school,collegeandwork. If you are a student It will help to learn a lot.ThisusefulApp lists 230 topics in 5 chapters, totally basedonpractical aswell as a strong base of theoretical knowledgewithnotes writtenin very simple and understandable English.Considerthis App as aquick note guide which professors use in aclassroom.The App willhelp in faster learning and quick revisionsof all thetopics. Someof the topics Covered in the app are: 1. FUELSYSTEM OFTHE DIESELPOWER PLANT 2. INTRODUCTION TO POWER PLANT 3.POWER 4.ENERGY 5.SOURCES OF ENERGY 6. REVIEW OF THERMODYNAMICCYCLESRELATED TOPOWER PLANT 7. CARNOT CYCLE 8. RANKINE CYCLE9.EFFICIENCY OF THERANKINE CYCLE 10. REHEAT CYCLE 11.REGENERATIVECYCLE 12. BINARYVAPOUR CYCLE 13. EFFICIENCY OF BINARYVAPOUR POWERCYCLE 14. REHEATREGENERATIVE CYCLE 15. INDIAN ENERGYSCENARIO 16.COAL ANALYSIS 17.STEAM POWER PLANT 18. NUCLEAR POWERPLANT 19.DIESEL POWER PLANT20. FUELS AND COMBUSTION 21. STEAMGENERATORS 22.STEAM PRIMEMOVERS 23. STEAM CONDENSERS 24. SURFACECONDENSERS 25.JETCONDENSERS 26. TYPES OF JET CONDENSERS 27.HYDRAULIC TURBINES28.IMPULSE AND REACTION TURBINES 29. SCIENCEVERSUS TECHNOLOGY30.SCIENTIFIC RESEARCH 31. SCIENCE AND TECHNOLOGYINFRASTRUCTURE32.FACTS VERSUS VALUES 33. ATOMIC ENERGY 34.HIGHLIGHTS OF THENUCLEARPOWER PROGRAMME 35. NUCLEAR POWERCORPORATION OF INDIALIMITED 36.OCEAN ENGINEERING APPLICATIONS 37.INTRODUCTION OF STEAMPOWERPLANT 38. STEAM POWER STATION DESIGN 39.COAL HANDLING40.DEWATERING OF COAL 41. ESSENTIALS OF STEAM POWERPLANTEQUIPMENT42. TYPES OF FUEL BURNING SURFACES 43. METHOD OFFUELFIRING 44.AUTOMATIC BOILER CONTROL 45. PULVERIZED COAL 46.BALLMILL 47. BALLAND RACE MILL 48. SHAFT MILL 49. PULVERISEDCOALFIRING 50. CYCLONEFIRED BOILERS 51. WATER WALLS 52. ASHDISPOSAL53. ASH HANDLINGEQUIPMENT 54. SMOKE AND DUST REMOVAL 55.TYPES OFTHE DUSTCOLLECTOR 56. FLY ASH SCRUBBER 57. FLUIDISED BEDCOMBUSTION58.TYPES OF FBC SYSTEMS 59. INTRODUCTION OF STEAMGENERATOR60.CLASSIFICATION OF THE BOILERS 61. COCHRAN BOILER62.LANCASHIREBOILERS 63. LOCOMOTIVE BOILER 64. BABCOCK WILCOXBOILER65.INDUSTRIAL BOILERS 66. MERITS AND DEMERITS OF WATERTUBEBOILERSOVER FIRE TUBE BOILERS MERITS 67. REQUIREMENTS OF AGOODBOILER 68.LA MONT BOILER 69. BENSON BOILER 70. LOEFFLERBOILER71.SCHMIDT-HARTMANN BOILER 72. VELOX-BOILER 73.CLASSIFICATIONOFSTEAM TURBINE 74. THE SIMPLE IMPULSE TURBINE 75.COMPOUNDINGOFIMPULSE TURBINE 76. PRESSURE COMPOUNDED IMPULSETURBINE 77.SIMPLEVELOCITY-COMPOUNDED IMPULSE TURBINE 78. PRESSUREANDVELOCITYCOMPOUNDED IMPULSE TURBINE 79. IMPULSE-REACTIONTURBINE80.ADVANTAGES OF STEAM TURBINE OVER STEAM ENGINE 81.STEAMTURBINEGOVERNING 82. STEAM TURBINE PERFORMANCE 83. STEAMTURBINETESTING84. STEAM TURBINE CAPACITY AND CAPABILITY 85.STEAMTURBINEGENERATORS 86. STEAM TURBINE SPECIFICATIONS 87.INTRODUCTIONOFNUCLEAR POWER PLANT 88. STRUCTURE OF ATOM 89. LAYOUTOFNUCLEARPOWER PLANT 90. NUCLEAR WASTE DISPOSAL 91. SITESELECTIONOFNUCLEAR POWER PLANT 92. PERFORMANCE OF NUCLEAR POWERPLANTS93.NUCLEAR STABILITY 94. NUCLEAR BINDING ENERGY 95.NUCLEARFISSION96. NUCLEAR REACTORS 97. NUCLEAR CHAIN REACTION98.ADVANTAGES ANDDISADVANTAGES OF NUCLEAR POWER PLANT 99. NEUTRONLIFECYCLE PowerPlant Engineering is part of electrical, energy,nuclearscienceengineering education courses and technology degreeprogramsofvarious universities.

Physics: Thermodynamics is an app basedonthermodynamics, designed for students or physics lovers.Main features:Lessons4 chapters concerning thermodynamics, with formulasaccuratelydescribed including:• Heat and temperature• Temperature scales• Zeroth law of thermodynamics• Thermodynamic systems• Heat transfer• Thermodynamic work• First law of thermodynamics• Thermodinamic processes: isochoric process,isentropicprocess...• Kinetic theory of gases• Internal energy of gases• Ideal gases• Ideal gas law• Boyle's law, Gay - Lussac's law and Charles's law• Work done by ideal gases in isothermal processes; atconstantvolume or pressure• Isentropic relations• Entropy• Second law of thermodynamics• Kelvin statement, Clausius statement, Carnot's theorem• Third law of thermodynamics• Carnot cycle• Heat engines• Efficiency of real and ideal heat engines• Refrigerator• Efficiency of real and ideal refrigeratorCalculatorPerform more than 140 calculations using thermodinamicsformulasdivided into 33 sections simply leaving empty the field youwant tocalculate like:• Thermal energy• Thermal capacity• Conduction• Thermal resistance• Radiation• Thermal linear expansion• Thermal volume expansion• Work done by gases• Work done by ideal gases• Internal energy of gases• Internal energy of ideal gases• Translational kinetic energy• Maxwell speed distribution• Root-mean-square speed• Molar mass• Number of moles• Mean free path• Ideal gas law• Boyle's law• Gay-Lussac's law• Charles's law• Isentropic relations• Change in entropy• Enthalpy• Efficiency of real heat engines• Efficiency of real refrigerator• Efficiency in Carnot cycle• Carnot refrigerator efficiency•Physical constants••Material Design••Available in English and Italian•

The app is a complete handbook of Internal CombustionEnginewithdiagrams and graphs. It is part of Mechanicalengineeringeducationwhich brings important topics, notes, news& blog onthesubject. Download the App as quick reference guide& ebookonthis Mechanical engineering subject. It covers 119topicsofInternal Combustion Engine in detail. These 119 topicsaredividedin 4 units. This is a App designed to faster learningandquickrevision of the subject. Each topic is completewithdiagrams,equations and other forms of graphical representationsforeasyunderstanding. This USP of this applicationis"ultra-portability".Students can access the content on-the-gofromanywhere theylike.Basically, each topic is like a detailedflashcard and willmake the lives of students simpler and easier.Some oftopicsCovered in this application are: 1. INTRODUCTION OFI.C.ENGINE 2.I.C.ENGINE SELECTION CRITERIA 3. CLASSIFICATIONOFI.C.ENGINE 4.COMPONENTS OF ENGINE 5. NOMENCLATURE&MATHEMATICAL FORMULAE 6.4-STROKE ENGINE OPERATING CYCLES7.2-STROKE ENGINE OPERATINGCYCLES 8. ENGINE IDENTIFICATION9.DIEEFERENCE BETWEEN 2-STROKE AND4-STROKE 10. ENGINE ARRANGEMENT11.ENGINE LOCATION 12. VALVETIMING DIAGRAME 13. VALVE TIMINGDIAGRAMEFOR 2-STROKE AND 4-STROKE14. CYLINDER ARRANGEMENT 15.FIRING ORDERI.C. ENGINE 16. AIRSTANDARD CYCLE 17. OTTO CYCLE 18.DIESEL CYCLE19. DUAL CYCLE 20.DIFFERENCE BETWEEN ACTUAL DIESEL ANDTHE OTTOENGINES 21. CARNOTCYCLE 22. ASSUMPTION OF AIR STANDARDSCYCLES 23.COMPARISIONBETWEEN OTTO,DIESEL AND DUAL CYCLE 24.STIRILING CYCLE(REGENERATIVE CYCLE) 25. COMBUSTION IN I.C. ENGINES(S.I)26.COMBUSTION IN I.C. ENGINES (C.I) 27. AIR STANDARDSEFFICIENCYOFOTTO CYCLE 28. MEAN EFFECTIVE PRESSURE OF OTTO CYCLE29.AIRSTANDARDS EFFICIENCY OF DIESEL CYCLE 30. MEAN EFFECTIVEPRESSUREINDIESEL CYCLE 31. AIR STANDARDS EFFICIENCY OF DUAL CYCLE32.MEANEFFECTIVE PRESSURE OF DUAL CYCLE 33. CARNOT CYCLEANALYSIS34.ASSUMPTIONS OF THERMODYNAMIC CYCLES 35. AIRSTANDARDCYCLESTHEORTICAL ANALYSIS 36. FUEL - AIR CYCLES 37.VARIABLESPECIFICHEAT 38. LOSSES DUE TO SPECIFIC HEAT 39.DISSOCIATION ORCHEMICALLOSS 40. LOSSES DUE TO DISSOCIATION 41. THEACTUAL CYCLE42. EFFECTOF THROTTEL OPENING 43. EFFECT OF SPARKTIMING 44.ENGINEPERFORMANCE 45. TESTING OF INTERNAL COMBUSTIONENGINE46.MEASURMENT OF ENGINE TORQUE AND POWER 47. ADVANTAGES OFMPFI48.ALTITUDE, HUMIDITY, AND AIR TEMPERATURE 49. BASICFUNCTIONSOFCARBURETOR 50. CARBURETOR ADJUSTMENT 51. CARBURETORPRINCIPLES52.COMPONENTS OF CARBURETOR 53. COOLING SYSTEMS IN ENGINE54.ENGINECOOLING SYSTEM 55. ENGINE LUBRICATION & COOLINGSYSTEMS56.ENGINE LUBRICATION SYSTEM 57. EXPLODED VIEW OFCARBURETORCOMPONENT58. FATTY ACID METHYL ESTER (FAME) 59.FOUR-STROKEENGINELUBRICATION 60. FUEL INJECTION SYSTEM INI.C.ENGINE 61.LUBRICANTSAND LUBRICATION 62. MAIN COMPONENTS OF MPFISYSTEM 63.MOTORCYCLECARBURETOR THEORY 64. MULTI POINT FUELINJECTION SYSTEM(MPFI) 65.OIL FILTERS IN FOUR STROKE ENGINE 66. OILINJECTION INTWO-STROKEENGINE 67. RADIATOR AND RADIATOR CAP 68.REQUIREMENTS OFA DIESELINJECTION SYSTEM 69. SENSORS USED IN MPFI70. SPARK PLUGFACES 71.SPECIALTY LUBRICANTS 72. DRAFT CARBURETOR:CHOKE, FLOATCHAMBER 73.ECONOMIZER SYSTEM 74. ACCELERATING SYSTEM75. LOADSYSTEM 76. THEBASIC SYSTEMS OF THE NATURAL-DRAFTCARBURETOR: IDLINGSYSTEM 77.THE ESSENTIAL FUEL DELIVERY SYSTEMS OFCARBURETOR 78.THEORY OFOPERATION OF CARBURETION 79. TROUBLESHOOTING-- STARTINGPROBLEMSARE MOST COMMON 80. TWO-STROKE ENGINELUBRICATION 81. TYPESOFENGINE OIL 82. LUBRICANT CHARACTERISTICS 83.REGIMES OFLUBRICATIONAll topics are not listed because ofcharacterlimitations set bythe Play Store.

Basic mechanical engineering notes for mechanicalengineeringstudents.