Strength of Materials-1

This unique free application is for all students across the world. It covers 157 topics of Strength Of Materials in detail. These 157 topics are divided in 5 units.

Each topic is around 600 words and is complete with diagrams, equations and other forms of graphical representations along with simple text explaining the concept in detail.

This USP of this application is "ultra-portability". Students can access the content on-the-go from anywhere they like.

Basically, each topic is like a detailed flash card and will make the lives of students simpler and easier.

Some of topics Covered in this application are:

1. TENSILE STRESS

2. COMPRESSIVE STRESS

3. SHEAR STRESS

4. VOLUMETRIC STRESS

5. VOLUMETRIC STRAIN

6. SHEAR STRAIN

7. COMPRESSIVE STRAIN

8. TENSILE STRAIN

9. STRESS STRAIN DIAGRAM

10. THERMAL STRESS

11. POISSON RATIO

12. THREE MODULUS

13. Temperature Stress In Composite Bar

14. STRAIN ENERGY

15. MODULUS OF RESSILINCE AND TOUGHNESS

16. STRAIN ENERGY IN GRADUAL AND SUDDEN LOAD

17. STRAIN ENERGY IN IMPACT LOAD

18. HOOK'S LAW

19. STRESS, STRAIN AND CHANGE IN LENGTH

20. CHANGE IN LENGTH WHEN ONE BOTH ENDS ARE FREE

21. CHANGE IN LENGTH WHEN ONE BOTH ENDS ARE FIXED

22. Composite bar in tension or compression

23. Principal Stress And Principal Plane

24. Maximum Shear Stress

25. Theories Of Elastic Failure

26. Maximum Principal Stress Theory

27. Maximum Shear Stress Theory:

28. Maximum Principal Strain Theory

29. Total Strain Energy Per Unit Volume Theory

30. Maximum Shear Strain Energy Per Unit Volume Theory

31. Mohr’s Rupture Theory For Brittle Materials

32. Mohr’s Circle

33. Introduction to Bending Moment And Shearing Force

34. Shearing Force, And Bending Moment In A Straight Beam

35. Sign Conventions For Bending Moments And Shearing Forces

36. Bending Of Beams

37. Procedure For Drawing Shear Force And Bending Moment Diagram

38. SFD & BMD Of Cantilever Carrying Load At Its One End

39. SFD And BMD Of Simply Supported Beam Subjected To A Central Load

40. SFD And BMD Of A Cantilever Beam Subjected To U.D.L

41. Simply Supported Beam Subjected To U.D.L

42. Simply Supported Beam Carrying UDL & End Couples

43. Points Of Inflection

44. Theory Of Bending : Assumption And General Theory

45. Elastic Flexure Formula

46. Beams Of Composite Cross Section

47. Flexural Buckling Of A Pin-Ended Strut

48. Rankine-Gordon Formula

49. Comparison Of The Rankine-Gordon And Euler Formulae

50. Effective Lengths Of Struts

51. Struts And Columns With One End Fixed And The Other Free

52. Thin Cylinder

53. Members Subjected to Axisymmetric Load

54. ANALYSIS: Pressurized thin walled cylinder

55. Longitudinal Stress: Pressurized thin walled cylinder

56. Change in Dimensions: Pressurized thin walled cylinder

57. Volumetric Strain or Change in the Internal Volume

58. Cylindrical Vessel with Hemispherical Ends

59. Thin rotating ring or cylinder

60. Stresses in thick cylinders

61. Stresses in thick cylinders

62. Representation of radial and circumferential strain

63. A thick cylinder with both external and internal pressure

64. The stress distribution within the cylinder wall

65. Methods of increasing the elastic strength of a thick cylinder by pre-stressing

66. Composite cylinders

67. Combined stress distribution in a composite cylinder

68. Multilayered or Laminated cylinder

69. Autofrettage

70. Derivation of the hoop and radial stress equations for a thickwalled circular cylinder

71. Lame line

72. Plastic deformation of thick tubes

73. Lame line for elastic zone

74. Portion of the cylinder is plastic

75. Stress in thin cylinders

76. Horizontal diametrical plane

77. Strains in thin cylinders

78. Change in Volume of Cylinder

79. Compound Cylinders

80. Press Fits

81. Analysis of Press Fits

82. Castigliano's first theorem

83. Castigliano’s Second Theorem

84. Torsion of a thin circular tube

85. Torsion of solid circular shafts

86. Torsion of a hollow circular shaft

All topics are not listed because of character limitations set by the Play Store.

</div> <div class="id-app-translated-desc" style="display:none">这种独特的免费应用程序是为所有的学生在世界各地。它涵盖了157主题中详细的材料强度。这些157主题分为5个单位。

每个主题是围绕600字，并配有图表，公式和其他形式的图形表示以及简单的文字详细解释这个概念。

此应用程序的这份USP是“超便携性”。学生可以从他们喜欢的任何地方访问这去的内容。

基本上，每个主题就像是一个详细的闪存卡，将会使学生的生活更简单，更容易。

一些涵盖的主题在此应用程序是：

1，拉伸应力

2，压应力

3，剪切应力

4。VOLUMETRIC应力

5，体积应变

6，剪应变

7，压缩应变

8，拉伸应变

9。应力应变图

10，热应力

11，泊松比

12，三模量

13，温度应力在复合筋

14。应变能

15，模量RESSILINCE和韧性

16。应变能循序渐进，突加负载

17。应变能冲击载荷

18。虎克定律

19，应力，应变和长度变化

20，长度变化，当一个两端都是免费

21，长度变化，当一个两端固定

22，在拉伸或压缩复合棒

23，主应力与主平面

24，最大剪应力

25，弹性理论的失败

26，最大主应力理论

27最大剪应力理论：

28，最大主应变理论

29。总应变能每单位体积理论

30，最大剪应变能量每单位体积理论

31，莫尔破裂理论对于脆性材料

32。莫尔圆

33。介绍弯矩和剪力

34，剪切力和弯矩在一条直线光束

35。注册约定对于弯矩和剪力

36，弯曲梁

37，程序绘制剪力和弯矩图

38，SFD悬臂与骨密度载重在其一端

39，SFD简支梁和骨密度经受负荷中心

40，SFD的一个悬臂梁和骨密度受到太元

41，简支梁受U.D.L

42，简支梁承载UDL和结束伴侣

43。拐点

44理论弯曲：假设和一般理论

45，弹性弯曲公式

46。梁复合截面

47，弯曲屈曲的销端支柱

48，朗肯戈登公式

49的朗肯 - 戈登和欧拉公式的比较

50，有效长度支柱

51。的Struts和列的一端固定，另一自由

52，薄型气缸

53，会员轴对称载荷

54分析：。加压薄壁气缸

55纵向应力：加压薄壁气缸

56更改尺寸：加压薄壁气缸

内部容积的57。体积应变或更改

58，圆柱形容器与半球形末端

59。薄旋转环或气缸

60，在厚壁圆筒应力

61，在厚壁圆筒应力

62。表示径向和环向应变

63，一种厚的圆柱体外部和内部的压力

64，汽缸壁内的应力分布

65，通过预加应力增大厚壁圆筒的弹性强度的方法

66，复合材料气瓶

在复合气瓶67，结合应力分布

68。多层或复合筒

69，自紧

70，推导箍和径向应力公式为厚壁圆柱

71。拉梅线

厚管72。塑性变形

73，拉梅线弹性区

74，圆柱体的部分被塑料

75，应力薄圆柱体

76，卧式径向平面

77株薄圆柱体

78，改变在汽缸容积

79。复合气瓶

80，按适合

81，按分析适合

82，卡氏第一定理

83，卡氏第二定理

细圆管84。扭转

实心圆轴85。扭转

一个空心圆轴86。扭转

因为播放存储设置字符的限制，所有的主题都没有列出。</div> <div class="show-more-end">