Soil Mechanics

Soil Mechanics is a subject of civil engineering. It is also considered a branch of engineering mechanics.

It also finds its uses in disciplines such as engineering geology, geophysical engineering, coastal engineering, agricultural engineering, hydrology and soil physics.

The app is a free handbook for easy understanding and faster learning of the subject. It covers 213 topics of Soil Mechanics in detail. These 213 topics are divided in 5 units.

All topics are like flashcard which is easy to browse and revise the topics specially at the time of exams and interviews. Some of topics Covered in this application are:

1. GEOTECHNICAL LESSONS FROM FAILURES

2. GEOLOGICAL CHARACTERISTICS AND PARTICLE SIZES OF SOILS

3. BASIC GEOLOGY

4. Composition of the Earth’s Crust

5. COMPOSITION OF SOILS

6. Surface Forces and Adsorbed Water

7. DETERMINATION OF PARTICLE SIZE OF SOILS

8. Particle Size of Fine-Grained Soils

9. COMPARISON OF COARSE-GRAINED AND FINE-GRAINED SOILS

10. INTRODUCTION OF SOILS INVESTIGATION

11. PHASES OF A SOILS INVESTIGATION

12. SOILS EXPLORATION PROGRAM

13. Soil Identification in the Field

14. Soil Sampling

15. Groundwater Conditions

16. Types of In Situ or Field Tests

17. PHASE RELATIONSHIPS

18. PHYSICAL STATES AND INDEX PROPERTIES OF FINE-GRAINED SOILS

19. DETERMINATION OF THE LIQUID, PLASTIC, AND SHRINKAGE LIMITS

20. SOIL CLASSIFICATION SCHEMES

21. Importance of soil compaction

22. INTERPRETATION OF PROCTOR TEST RESULTS

23. FIELD COMPACTION

24. HEAD AND PRESSURE VARIATION IN A FLUID AT REST

25. DARCY’S LAW

26. FLOW PARALLEL TO SOIL LAYERS

27. DETERMINATION OF THE HYDRAULIC CONDUCTIVITY

28. Falling-Head Test

29. Pumping Test to Determine the Hydraulic Conductivity

30. GROUNDWATER LOWERING BY WELLPOINTS

31. STRESSES AND STRAINS

32. IDEALIZED STRESS - STRAIN RESPONSE AND YIELDING

33. PLANE STRAIN AND AXIAL SYMMETRIC CONDITIONS

34. Axisymmetric Condition

35. ANISOTROPIC, ELASTIC STATES

36. Mohr’s Circle for Stress States

37. Mohr’s Circle for Strain States

38. The Principle of Effective Stress

39. Effective Stresses Due to Geostatic Stress Fields

40. Effects of Capillarity

41. Effects of Seepage

42. LATERAL EARTH PRESSURE AT REST

43. STRESSES IN SOIL FROM SURFACE LOADS

44. Strip Load

45. Uniformly Loaded Rectangular Area

46. Vertical Stress Below Arbitrarily Shaped Areas

47. STRESS AND STRAIN INVARIANTS

48. Hooke’s Law Using Stress and Strain Invariants

49. STRESS PATHS

50. Plotting Stress Paths Using Two-Dimensional Stress Parameters

51. BASIC CONCEPTS

52. Consolidation Under a Constant Load Primary Consolidation

53. Void Ratio and Settlement Changes Under a Constant Load

54. Primary Consolidation Parameters

55. CALCULATION OF PRIMARY CONSOLIDATION SETTLEMENT

56. Procedure to Calculate Primary Consolidation Settlement

57. ONE-DIMENSIONAL CONSOLIDATION THEORY

58. Solution of Governing Consolidation Equation Using Fourier Series

59. Finite Difference Solution of the Governing Consolidation Equation

60. SECONDARY COMPRESSION SETTLEMENT

61. Oedometer Test

62. Determination of the Coeffi cient of Consolidation

63. Determination of the Past Maximum Vertical Effective Stress

64. PRECONSOLIDATION OF SOILS USING WICK DRAINS

65. TYPICAL RESPONSE OF SOILS TO SHEARING FORCES

66. PRACTICAL IMPLICATIONS OF THE FAILURE CRITERIA

67. Effects of Increasing the Normal Effective Stress

68. Effects of Soil Tension

69. Coulomb’s Failure Criterion

70. Taylor’s Failure Criterion

71. Mohr - Coulomb Failure Criterion

72. INTERPRETATION OF THE SHEAR STRENGTH OF SOILS

73. LABORATORY TESTS TO DETERMINE SHEAR STRENGTH PARAMETERS

74. Conventional Triaxial Apparatus

75. Unconfi ned Compression (UC) Test

76. Consolidated Undrained (CU) Compression Test

77. POREWATER PRESSURE UNDER AXISYMMETRIC UNDRAINED LOADING

Wishing you a very happy learning.

</div> <div jsname="WJz9Hc" style="display:none">土力学是土木工程的主题。这也被认为是工程力学的一个分支。

它也发现在学科，如工程地质，物探工程，海岸工程，农业工程，水文和土壤物理用武之地。

该应用程序是为了便于理解和主体的学习速度快的自由手册。几乎涵盖了土力学的213主题。这些213主题在5个单位划分。

所有的话题都像烧录这是很容易浏览和修改的主题特别在考试和面试的时间。一些在此应用中涉及的主题有：

1.岩土教训FAILURES

2.地质特征及土壤的粒径

3.基础地质

4.地壳的组成

5.组成土的

6.表面力和吸附水

7.测定土料粒度

8.粒子细粒土的大小

9.比较粗粒和细粒土的

10.引进土壤调查

11.土壤调查的各个阶段

12.土勘探计划

13.在田间土壤鉴定

14.土壤采样

15.地下水条件

16.在现场或现场测试的类型

17.相位关系

18.物理状态和索引属性细粒土的

19.测定液体，塑料和收缩限值的

20.土壤分类方案

21.重要性土壤板结

22.解释PROCTOR测试结果

23.现场碾压

24. HEAD和压力变化在流体在休息

25.达西定律

26.流动平行于土层

27.测定导水

28.落头测试

29.抽水试验确定水力传导

30.工程基础降水BY WELLPOINTS

31.应力和应变

32.理想化的应力 - 应变响应并产生

33.平面应变和轴对称条件

34.轴对称条件

35.各向异性，弹性STATES

36.莫尔圈的应力状态

37.莫尔圆应变国

有效应力的38原则

39.有效应力由于自重应力场

40.毛细现象的影响。

渗流41.影响

42.土压力在休息

43.应力的取土面载荷

44.带负载

45.布荷载矩形区域

46.​​垂直应力下面任意形状区域

47.应力应变不变量

48.胡克定律使用应力应变不变量

49.应力路径

50.绘制应力路径使用二维应力参数

51.基本概念

52.整合在一个恒定负载主固结

53.空隙率和结算的变化在恒定负载

54.主固结参数

55.计算主固结沉降问题

56.程序计算主固结沉降

57.一维固结理论

58.管理解决方案整合式的使用傅里叶级数

执政固结方程的59.有限差分解决方案

60.二次压缩沉降

61.固结仪测试

62.巩固测定的系数k的

63.确定过去最大垂直有效应力

64.固结土壤的利用排水板

剪切力土的65.典型响应

失效标准的66实际影响

增加正常有效应力的影响67

土壤张力68.影响

69.库仑破坏准则

70.泰勒的破坏准则

71.莫尔 - 库仑准则

72.解释土的抗剪强度

73.实验室测试，以确定抗剪强度参数

74.常规三轴仪

75. Unconfi斯内德压缩（UC）测试

76.固结不排水（CU）压缩试验

77.孔隙水压力作用下轴对称排水加载

祝你很快乐的学习。</div> <div class="show-more-end">