Engineering Thermodynamics

This free App on Engineering Thermodynamics covers most important topics in simple English and diagrams for a quick study and revisions at the time of Exams, Viva, Assignments and Job interviews. It is the most useful App for last minute preparations.

The best app for school, college and work. If you are a student It will help to learn a lot.

This useful App lists 150 topics in 5 chapters, totally based on practical as well as a strong base of theoretical knowledge with notes written in very simple and understandable English.

Consider this App as a quick note guide which professors use in a classroom. The App will help in faster learning and quick revisions of all the topics.

Some of the topics Covered in the app are:

1. INTRODUCTION: Thermodynamics

2. THERMODYNAMIC SYSTEMS AND CONTROL VOLUMES

3. PROPERTIES OF A SYSTEM

4. Continuum

5. DENSITY AND SPECIFIC GRAVITY

6. PROCESSES AND CYCLES

7. TEMPERATURE AND THE ZEROTH LAW OF THERMODYNAMICS

8. Temperature Scales

9. FORMS OF ENERGY

10. ENERGY TRANSFER BY HEAT

11. ENERGY TRANSFER BY WORK

12. NONEQUILIBRIUM WORK

13. THE FIRST LAW OF THERMODYNAMICS APPLIED TO A CYCLE

14. THE FIRST LAW APPLIED TO A PROCESS

15. ENTHALPY

16. The Constant-Temperature and Constant-Volume Process

17. The Adiabatic Process

18. The Polytrophic Process

19. The Continuity Equation

20. The Energy Equation

21. Throttling Devices

22. Nozzles and Diffusers

23. Ideal Gas

24. MECHANICAL FORMS OF WORK

25. Shaft Work

26. Flow Work

27. Qualitative Difference between Heat and Work

28. Conservation of mass and energy

29. Second law of thermodynamics: Introduction

30. Limitations of First Law of Thermodynamics

31. Kelvin Planck’s statement

32. Clausius statement

33. Equivalence of Kelvin-Planck and Clausius Statements

34. Irreversibility and Causes of Irreversibility

35. REVERSIBILITY

36. THE CARNOT ENGINE

37. CARNOT EFFICIENCY

38. Heat Engines

39. Thermal Efficiency

40. Can We Save Qout?

41. Coefficient of Performance

42. Heat Pumps

43. PERPETUAL MOTION MACHINES

44. Non-Quasi-Equilibrium Expansion and Compression

45. The Reversed Carnot Cycle

46. Difference between Free Expansion of a Gas and Reversible Isothermal Expansion

47. Features of reversible processes

48. Equality of ideal Gas Temperature and Kelvin Temperature

49. Entropy-introduction

50. Two Reversible Adiabatic Paths Cannot Intersect Each Other

51. Clausius Theorem

52. Temperature Entropy Diagram

53. Temperature Entropy Diagram

54. Second law analysis of a control volume

55. Entropy change of an incompressible substance

56. Available Energy

57. Available energy conversion to work

58. " Loss of Available Energy due to Heat Transfer through a Finite Temperature Difference"

59. Entropy generation associated with a heat transfer

60. Mixture of ideal gases

61. Dalton 's Law of partial pressure

62. Amagat's Law

63. Available Energy Referred to a Cycle

64. Decrease in Available Energy when Heat is Transferred through a Finite Temperature Difference

65. Available Energy from a Finite Energy Source

66. Quality of Energy

67. Entropy and the degradation of energy

68. EXERGY: WORK POTENTIAL OF ENERGY

69. Exergy (Work Potential) Associated with Kinetic and Potential Energy

70. REVERSIBLE WORK AND IRREVERSIBILITY

71. SECOND-LAW EFFICIENCY

72. EXERGY CHANGE OF A SYSTEM

73. Exergy of a Fixed Mass: Nonflow (or Closed System) Exergy

74. Exergy of a Flow Stream: Flow (or Stream) Exergy

75. Exergy by Heat Transfer

76. Exergy Transfer by Work

77. Exergy Transfer by Mass

78. THE DECREASE OF EXERGY PRINCIPLE

79. Exergy Destruction

80. EXERGY BALANCE: CLOSED SYSTEMS

81. EXERGY BALANCE: CONTROL VOLUMES

82. Exergy Balance for Steady-Flow Systems

83. Reversible Work

84. Phases of a Pure Substance

85. Phase-Change Processes of Pure Substances

86. P-v diagram of a pure substance

87. The P-T or Phase Change Diagram

Thermodynamics is part of Materials Science, Mechanical engineering education courses and technology degree programs of various universities.

这个免费的工程热力学应用涵盖了一个快速学习以简单的英语和图表最重要的议题，并在修订考试，万岁，作业和面试的时间。这是最有用的应用程序的最后一分钟的准备。

学校，大学和工作的最好的应用程序。如果你是学生，它会帮助你学习了很多东西。

这个有用的应用程序列出了5章150课题，完全基于实际以及理论知识与写的非常简单易懂的英语笔记了坚实的基础。

考虑这个应用程序作为教授在课堂上使用的快速音符引导。该应用程序将帮助更快的学习和所有主题快速修订。

一些在应用程序讨论的主题有：

1.引言：热力学

2.热力学系统控制体积

3.系统的性能

4.连续

5.密度和比重

6.进程和循环

7.温度和热力学第零定律

8.温标

9.能量形式

10.能量传递BY热

11.能量传递由于工作

12.非平衡工作

热力学13.第一定律应用到一个周期

14.第一定律应用到一个过程

15.焓

16.恒温和恒容过程

17.绝热过程

18. Polytrophic过程

19.连续性方程

20.能量方程

21.节流装置

22.喷嘴和扩散

23.理想气体

工作24.机械表格

25.轴功

26.工作流程

热和功27之间质的区别

质量和能量守恒28。

热力学29.第二定律：简介

30.热力学第一定律的局限性

31开尔文普朗克声明

32.克劳修斯声明

开尔文 - 普朗克和克劳修斯报表33.等效

34.不可逆性和不可逆性的原因

35.可逆性

36.卡诺热机

37.卡诺效率

38.热机

39.热效率

40.我们可以节省Qout的？

41.系数性能

42.热泵

43.永动机

44.非准平衡拉伸与压缩

45.反转卡诺循环

46.气体自由膨胀和可逆等温膨胀之间的差异

可逆过程的特点47.

理想的气体温度和开尔文温度的48.平等

49.熵介绍

50.两个可逆绝热路径不能彼此相交

51.克劳修斯定理

52.温熵图

53.温熵图

控制体积的54第二定律分析

不可压缩的物质55.熵变

56.可用能源

57.可用能量转换工作

58.“由于通过有限温差传热可用能量的损耗”

用热传递相关59.熵代

60.理想的混合气体

分压的61道尔顿定律

62.阿马加定律

63.可用能源提到了一个周期

64.在减少能源可用热时，通过有限温差转移

65.可从能源有限能源

66.质量能源

67.熵和能量的退化

68.火用：能源工作潜力

69.火用（工作潜能）伴有动能和势能

70.可逆功和不可逆转

71.第二LAW效率

72.火用更改系统的

一个固定质量的73火用：Nonflow（或封闭系统）火用

流溪74火用：流动（或流）火用

75.用火用传热

76.传火用按工作

77.传火用质谱

78.火用原理的减少

79.火用毁灭

80.火用平衡：封闭系统

81.火用平衡：控制体积

82.火用平衡的稳流系统

83.可逆工作

纯物质的84相

85.纯物质的相变过程

纯物质的86 P-V图

87. P-T或相变图

热力学是材料科学，机械工程教育课程和各大学的技术学位课程的一部分。