08-16-2017, 08:47 PM
ppt topics for civil engineering in soil mechanics
Studying the behavior of earth materials is a vast subject that includes the study of soil properties, foundations, slopes, risk mitigation, and ground improvement methods. The following topics will guide you through much of the terminology and theory of geotechnical engineering and soil mechanics.
Introduction to Geotechnical Engineering
Geotechnical engineering is often the starting point for studies for every practicing civil engineer. Thus it's important to understand how geotechnical aspects affect the development of civil engineering projects and construction works. Here, in this list of articles on the topic, we start with the basics, introducing geotechnical engineering and how it relates to the other branches of civil engineering. Questions that can be asked and answered include how geoenvironmental engineering and geotechnical engineering differ, and what place soil mechanics and rock mechanics hold in the field.
Fundamentals of Geotechnical Engineering: Everything You Should Know
Major Differences between Geotechnical and Geoenvironmental Engineering
The Best Geotechnical Engineering Publications and Online Resources
Importance of Conducting Geotechnical Surveys
About Soil Engineering
What is Rock Mechanics
Common Terms Applied to Rock Mechanics in Geotechnical Engineering
Soil Mechanics Study
Before any construction work can start, we need to study the behavior of soils. This is covered in soil mechanics and includes the study of mineralogy, soil composition and types, and the shear properties of soils. Soil mechanics provides knowledge about the characteristics and the behavior of the underlying soil, which is important in the design and construction of structures such as bridges, buildings, highways, and dams. Soil properties, in fact, determine the type of structure to be built.
Soil mechanics study is also important because the principles of soil mechanics are also used in related disciplines such as hydrology and soil physics. In this group are articles about soil classification, soil formation, soil properties, and other related aspects of soil mechanics.
How Soils are formed - Geotechnical Topics: Formation of Soils
Classification of Soils under Different Classification Systems
Properties of Soils: Study of Chemical and Physical Properties
Geotechnical topics: Soil Permeability
Geotechnical Topics: Soil Compaction
Understanding Geotechnical Soil Reports
Different Soil Tests
Geotechnical examination is important in order to build strong and durable structures above the soil. Studying soil properties means conducting various studies to determine various factors like grain size, plastic limit, shear stress, loading tests, and other tests. Various laws are used in the determination of these properties, among which Darcy's Law is one of the most commonly used. You'll also learn about the role of soil properties in a failure of a structure like a bridge or a building.
Passive Lateral Earth Pressure, Bearing Capacity, and Shear Stress in Cohesive Soils
Darcy's Law for Modeling Groundwater Flow
Geotechnical Analysis and Examination
Testing Permeability of Soil
Reasons for Construction Failures
Methods of Soil Compaction Remediation
Implementing Results from Studies and Tests
After completing the geotechnical studies of site soil mechanics, we can start with the real work: the construction work. At this point, all the results and reports have been compiled, and accordingly the appropriate construction methods, equipment, and soil preservation methods have been determined. Different types of equipment like rollers, compactors, leveling devices, and other heavy machinery are used to move forward in this phase. Here we have articles related to soil investigations while constructing foundations using different methods like auger boring, core drilling, and percussion boring.
Natural soil preservation methods that help to maintain ecological balance and achieve optimum geotechnical properties also talked about in the articles in this section. Because foundations come in direct contact with the soil, we include articles related to pile foundations and best foundation construction methods. The articles in this section also provide detailed information about engineering sciences related to geotechnology like geosynthetic and geology and other modern age technologies, which are relatively new but closely related to geotechnical engineering studies.
Practical Methods of Soil Preservation
Different Types of Soil Compaction Equipment
Soil Investigation for Foundations
Introduction to Pile Foundations
Building Foundations : Best Practices
Erosion Control Using Geosynthesis
Methods of Cliff Stabilization
Studying Earth Sciences Geology
The articles included in this guide will provide a great information source for those interested in geotechnical studies in the civil engineering field. The articles cover the most fundamental aspects of geotechnical engineering where they are important: soil mechanics and rock mechanics, suitability testing for structural erection, natural and engineered methods of soil preservation, erosion control and cliff stabilization, including geosynthesis techniques, and the common civil engineering role of preparing for foundations and civil structures.
Suitability testing can include soil analysis and testing as well subsurface testing (bore and auger sampling). In fact, a large part of the role of the geotechnical engineer involves helping to prevent structural failures that endanger human life and materials. Such failures always indicate the lack of load-bearing capacity of some element (the foundation, structure, or the soil beneath them both), and the geotechnical engineer, for having the responsibilty for determining the suitability of the site, is always at the front lines of the investigation.
1 Lime -Flyash Soil Blocks
2 Plastic As Soil Stabilizer
3 Study on Soil-cement Blocks?
4 Bricks From Black Cotton Soil
5 Study On Stablised Soil Blocks
6 Definition Of Soil Liquefaction
7 Use Of Plastic As Soil Stabilizer
8 Strength Properties Of Bhalki Soil
9 Burnt Bricks From Black Cotton Soil
10 Plysoil Reinforced With Geotextiles
11 Geojute Febrics As Soil Stabiliser
12 Flyash -Cement Stabilized Soil Blocks
13 Studies On Soil Cement Block Mansonry
14 Engineering Aspects Of Reinforced Soil
15 Soil Distribution And Engineering Problems
16 Soil Stabilised Pressed Blocks Using Red Soil
17 Stabilization And Compaction Of Soil: Fly Ash
18 A New Method To Determine Plastic Limit Of Soil
19 Stabilisation Of Soil With Lime For Rural Roads
20 Characteristic Study Of Bc Soil Of Budni Village
21 Strength Of Reinforced Soil Beams Under Flexture
22 Atudy Of Local Soils For Ammed Earth Construction
23 Effect Of Chrome Tanning Effluent On Cohesive Soils
24 Stabilization Of Soft Soils Using Industrial Wastes
25 Study Of Distressed Buildings On Black Cotton Soils
26 Study the Pile-soil relation of a construction site
27 The Role Of Soils In Purifying Wastewater Effluents
28 Soil Stabilization With Rice Husk Ash And Lime Sludge
29 Studies On Black Cotton Soil Mixed Copper Mines Waste
30 Causes of Soil Liquefaction and how can we prevent it?
31 Some Experimental Studies On Coir Fibre Reinforced Soil
32 Soil Mechanics & Geotechnical Engineering Soil Mechanics
33 Effect Of Blast Furnace Sl*g On Soil-cement Stabilization
34 Improvement Of Bearing Capacity Of Sandy Soil By Grouting
35 Improvement Of Bearing Capacity Of Sandy Soils By Grouting
36 Lime Stablised Pressed Soil Blocks Using Black Cotton Soil
37 Documents Applicable To Non-structural, Soil-supported Slabs
38 Role Of Geo Synthetic In The Improvement Of Strength Of Soil
39 Study On Infiltration Rate On Different Soils Of Mysore City
40 For Soil Bricks Subjected To Accelerated Weathering Condition
41 Lime Cement Stabalized And Compacted Black Cotton Soil Blocks
42 Some Studies On Lime Stabilised Red Earth Soil Block Masonary
43 Impact Of Industrial Solid Wastes On Soil And Sub-surface Water
44 Some Studies On Cement Stabilised Red Earth Soil Blocks Masonry
45 Strength Analysis Of Cement Stabilised Soil Blocks A Case Study
46 How important is Soil Stabilization before starting any project?
47 Labaraotaory Studies On Geotextiles Reinforced Soil For Pavements
48 Laboratory Study Of Migration Of Contaminants Through Soil Column
49 Studies On Quality Of Soil And Ground Water In An Adapted Village
50 Behaviour Of Lateral Resistance Of Flexible Piles In Layered Soils
51 Black Cotton Soil Bricks With Lime Sand And Pozzolana As Stabaliser
52 Strength Characteristics Of Subgrade Soils Reinforced With Geogrids
53 Development Of B.C Soil Stabilised Building Blocks Using Lime Flyash
54 Soil-industrial Effluent Interaction And Their Engineering Behaviour
55 Stabilisation Of Expansive Black Cotton Soil An Experimental Approach
56 Development Of B.C Soil Stabilised Building Blocks Using Lime And Flyash
57 Infilitration Studies In Differnent Soil Of River Basins Of D. K District
58 Compressive Strength Characteristics Of Stacked Stabilised Soil Cement Blocks
59 Preliminary Investigations On Red Soil Cement Stabilised Coconut Shell Blocks
60 Stabilisation Of Black Cotton Soil Using Bioenzymes For Pavement Construction
61 Some Studies On Bamboo Reinforced Stabilised Red Soil Beam Prisms For Flexture
62 A Project Report On Effect Of Leachate On Index And Strength Properties Of The Soil
63 Investigation Of Strength Properties Of Black Cotton Soil Stabilised With Fly Ash And Geo Reinforcement
64 Studies On The Strength Of Stabilised Mud Block Masonry And Burnt Brick Masonry Using Cement Soil Quarry Dust Mortar
65 Investigation And Characterization Of The Solid Waste Disposal Sites And Its Impact On Soil And Water In The Bagalkot District
66 Evaluation Of Physio-chemical And Biological Characteristics Of Reservoir Water Fed By Pollutted River And Its Effect On Soil Properties And Nutrients In Crops