geotech topics for thesis

Geotechnical Engineering Project Topics List 1

Find latest and state of the art topics for civil engineering Projects, Seminars, Dissertations and Presentations on Geotechnical Engineering . CivilDigital.com brings you series of uncommon and exclusive civil engineering project topics. Selecting the right project topic has a major impact on your career. Choosing civil engineering project topic can be crucial step in your career path. If you don’t want to do much work and you are only after the degree, please excuse, these are not the right topics for you. You better google it.

• Finite Element Analysis of the Vertical Bearing Capacity of Single Piles
• Study on the Pore Distribution Characteristic of Sandstone
• Experimental Study on Dynamic Elastic Properties of Gas Hydrate Bearing Sediments
• Selection Analysis of Enclosure Structure for Deep Foundation Pit under Complicated Geological Conditions
• Simplified Models to Evaluate Site Characteristic Period
• Research for Anchor Mechanical Character of Fully Grouted Bolt
• Creep Property of Reticulate Red Clay under Stepped-Load Creep Tests
• Application of BP Neural Networks in Damage Prediction of Multilayer Medium Penetration and Blasting
• Shake Table Tests on Structure Strengthened by Iron Hook
• Settlement Calculation and Analysis of Ground Improved by Dynamic Compaction
• Study on the Prediction Method of Tunnel Surrounding Rock Pressure Based on the Theory of Progressive Destruction
• Fatigue Life Analysis of Reinforced Retaining Wall under Cyclic Loading
• The Experimental Study on the Performance of the Reinforced Red Mudstone Using Triaxial Tests
• Research on Coarse-Grained Soil Collapsibility in Gobi Region
• Undrained Behavior of Unsaturated Bentonite-Sand Mixture
• Research on the Prevention of Shaft Lining Fracturing in the Special Strata Based on the Monitoring Information
• Normalized Numerical Analysis for Load-Displacement Curve of Uplift Pile in Soft Soil
• Centrifuge Modeling of Vertical Bearing
• Behavior of Bolt-Shotcrete Supported Slope
• Predict Model for Water Content of Dredged Sludge under the Aeration-Vacuum Condition
• see more topics on geo-technical engineering

If you talk to professionals, they will say that the first question that is going to be asked to you if you attend an interview as a fresher, will be about your civil project topic. It is very important to select the apt civil engineering project topic because you are going to a lot of research on the topic that you are going to select. You might be selecting your field of study for higher studies based on this topic. Sometimes the project topic decides your favorite civil engineering subject.

If you are confused about the topic that need to be selected, it is because you are unable to understand your expert topic. Select a topic in which you have a good base and catch. Then select a specialized topic out of it, after discussing with your guide. You cannot learn a lot by doing the project if you don’t have a strong and motivating guide.

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Geotechnical Topics in Civil Engineering

• Categories : Geotechnical engineering
• Tags : Civil engineering

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.

• Braja M. Das, Cengage Brain, Fundamentals of Geotechnical Engineering (pdf)
• COWI, <em>Geotechnical Engineering (pdf)</em>
• Listed articles

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Insights in Geotechnical Engineering: 2021

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We are now entering the third decade of the 21st Century, and, especially in recent years, the achievements made by scientists have been exceptional, leading to major advancements in the fast-growing field of Geotechnical Engineering. Frontiers has organised a series of Research Topics to highlight ...

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Geotechnical Engineering - Research Topics

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All topics of Geotechnical Engineering are research interest to our division, but current research is on the following topics:

• Geotechnical Earthquake Engineering (Soil Liquefaction, Engineering Seismology, Seismic Hazard Analysis, Ground motion models, Seismic source characterization)
• Collapsing soils, Dispersive soils,
• Expansive soils (Swell amount and swell pressures, Lateral swell behavior)
• Stabilization of soils by waste materials, Use of fly ash for soil stabilization
• Soil stabilization by bacterial cementation
• 2D and 3D Numerical Modeling,
• Unsaturated Soils (Triaxial testing of unsaturated soils for modeling unsaturated soil strength and deformation, Soil-water retention curve prediction and hysteresis, Hydraulic conductivity function and flow modeling
• Geotechnical testing system and methodology development,
• Slopes and Landslides, Rainfall triggered landslides, Stabilization of slopes by passive piles
• Embankment dams, Behavior of earth and rock fill dams under earthquake motions
• Ground Improvement, Stone columns
• Geosynthetics,
• Offshore Geotechnical Engineering, Offshore foundations
• Retaining walls and Deep Excavations,
• Buried pipelines,
• Uncertainty and risk calculations in geotechnical engineering
• Transportation Soils and Pavement Design,
• Software Engineering for geotechnical engineering,
• Machine Learning and Artificial Intelligence for geotechnical problems,
• Site survey and damage assessment with Unmanned Aerial Vehicles
• Tunnel Design

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