26 Best Books on Soil Mechanics

Book Review: This book carries out the performance analysis based on realistic models. The book also describes the basic things of simple plastic elastic models of soil behavior and also illustrates the usage of such models in numerical analysis. Numerical analyses are black boxes which require an understanding of numerical models on which they are based. Understanding the numerical models indicate the ways in which sophisticated models perform. They also take into consideration geotechnical engineering calculations.

Book Review: The book covers all the topics related to soil mechanics and foundation engineering. This is a very good textbook for civil engineers as well as practicing engineers who are not aware of the concepts of plasticity, dilatancy and critical states. The book contains case histories and many concepts that clarify diverse soil problems. The book also contains chapters that demonstrate the behavior of soil elements and is relevant to the soil test interpretation as well as their analysis. The book also contains a chapter dedicated to the design of works in and on soil.

“Soil Mechanics” Book Review: The fundamental principles and concepts of engineering behavior of soils are discussed in this book. The principle of effective stress is explained in it. The process of calculation of stress along with water flow that influences the behavior of soil and its stability is described in this book. It contains various numerical solved examples and multiple choice questions along with their answers for self study and self assessment. The book will be suitable for the undergraduate students of civil engineering. It will be an ideal text for the course like ‘Soil Mechanics’ and ‘Geotechnical Engineering’.

“Basic Soil Mechanics and Foundations” Book Review: The book presents a proper introduction of soil mechanics. The topics like foundations of soil, soil particles and structure, phase system constituents, consistency, plasticity and sensitivity, classification and identification, permeability, capillarity, effective stress, seepage, flownet, drainage, and stress distribution are thoroughly explained. Initially, the chapters describe shear strength, slope stability, earth pressure and retaining structures, consolidation, breaking capacity and shallow foundations, pile foundations, well foundations, foundations on swelling soils, and machine foundations. Later sections of the book covers compaction and pavement design, soil stabilization and improvement, site investigation and sampling, soil testing, and objective testing. The book will be ideal for the students of civil engineering.

“Soil Mechanics: Series In Soil Engineering” Book Review: The book gives an introduction about soil mechanics and gives information about the behavior of soil under wet, dry, or transiently wet conditions. Many terms like stress, strain, shear, loading, permeability, flow, and improvement are thoroughly explained. The chapters contain detailed descriptions of topics like nature of soil, dry soil, soil with water-no flow or steady flow, and soil with water-transient flow. This book will be useful for the students and professionals of engineering because deep knowledge of soil mechanics is mandatory in many engineering fields.

“Soil Mechanics and Foundation Engineering, 2e” Book Review: The book will be very helpful for the beginners in the field of soil mechanics. The principles of soil mechanics are covered in this book. The initial chapters of this book are based on the topics like soil formation and composition, properties of soil, classification and identification of soils, compaction of soil, permeability and capillarity, seepage, stress distribution in soil, consolidation and its settlement, and shear strengths of soil. The remaining chapters cover lateral earth pressure, earth-retaining structures, stability of slopes, bearing capacity of soils, shallow foundations, pile foundations, ground investigation, soil improvement, embankment dams, dynamic loading of soil, environmental geotechnology, rock mechanics, and pavements. Each chapter ends with a lot of questions, exercises, examples, and applications of discussed topics.

“Soil Mechanics” Book Review: The book is a balanced piece of writing, presenting both theoretical and practical content. It introduces many tools that are useful for planning geotechnical projects. The topics like elementary concepts of soil, continuum representation of soil, stationary seepage and transient seepage conditions, undrained conditions, average pressure, and the methods of discretizing the continuum and integration procedures are discussed in detail. The mathematical models for describing and increasing the complexity of soil are explained in this book. Some special cases of soil mechanics are analyzed. The book consists of many examples, exercises, and numerical problems. The book will be suitable for the students and practitioners of civil engineering, geotechnical engineering, and geology.

“Design Aids In Soil Mechanics and Foundation Engineering” Book Review: The book will be an asset for the undergraduate and postgraduate students, designers, and teachers of civil and geotechnical engineering. The initial section of the book covers principles of soil mechanics and engineering properties of soils. The later section of the book presents important problems that occur during civil engineering practice. The concepts and methodologies behind each procedure are clearly mentioned. For better understanding of the readers, the book contains many examples and problems. The applications of soil mechanics in various engineering fields are illustrated.

Book Review: This book demonstrates the principles of soil behavior and illustrates the applications to these solutions thereby making it a very useful textbook for civil engineering and other courses. The book also contains a separate chapter on geotechnical eurocodes. The book also contains numerous examples that explain the state design principles and a series of case studies that illustrate important problems and solutions to deal with those problems. The book also makes use of diagrams to demonstrate the concepts of soil mechanics.

“Advanced Soil Mechanics” Book Review: This book is written for the postgraduate students of geology. It can also be used by agriculturalists and environmentalists as a reference. This book discusses SI units, preconsolidation pressure and shear strength. It also reviews the concepts of advanced soil mechanics and overconsolidation ratio of clay soils. It examines the calculation of stress of a three-layered system and precompression with sand grains. It covers the topics of elastic settlement of shallow foundations. This book has included many figures and theories. It also has included many real-life examples.

“Advanced Soil Dynamics and Earthquake Engineering” Book Review: This book is written for the undergraduate students of Civil engineering. It can also be used by engineers and environmentalists as a reference. This book covers the designing of earthquake resistant structures. It also discusses soil-retaining structures, basic principles of vibrations and the practical issues of soil investigation. It reviews the concepts of blast loading and dynamic stability of elastic systems. It examines the topics of soil dynamics, dynamics of beam on elastic foundations and earthquake engineering. This book has included many figures and theories. It also has included many real-life examples.

“Agricultural Soil Mechanics (Advanced Series in Agricultural Sciences)” Book Review: This book is written for the postgraduate students of geology. It can also be used by agriculturalists and environmentalists as a reference. This book discusses the soil mechanics problems in civil engineering and farming operations. It reviews the varying soil properties of different types of soils like weak mud and dry soil. It also examines the tillage of soil for farming. It covers the topics of soil dynamics, wheels and tyres. This book has included many figures and theories. It also has included many real-life examples.

“Advanced Unsaturated Soil Mechanics and Engineering” Book Review: This book is written for the postgraduate students of geology. It can also be used by agriculturalists and environmentalists as a reference. This book discusses the engineering and mechanics of unsaturated soils. It also reviews the basic principles of field testing and research in the field of hazardous geomaterials. It covers the topic of soil-water characteristic curves. It also covers the topics of accurate measurement of total volume changes, anisotropic soil stiffness and unsaturated soil behaviour. This book has included many figures and theories. It also has included many real-life examples.

“Advanced Geotechnical Analyses: Developments in Soil Mechanics and Foundation Engineering” Book Review: This book is written for the postgraduate students of geology. It can also be used by agriculturalists and environmentalists as a reference. This book discusses the recent advances in soil mechanics and foundation engineering. It also reviews the advanced concepts of geotechnical analysis. It examines the advanced engineering mechanics principles to solve complex problems of geological engineering. It also discusses these theories to develop future techniques. This book has included many figures and theories. It also has included many real-life examples.

“Experimental Soil Mechanics” Book Review: This book is written for the postgraduate students of geology. It can also be used by agriculturalists and environmentalists as a reference. This book discusses soil testing in detail. It discusses the fundamental principles of soil mechanics. It reviews the data processing techniques and soil laboratory experiments. It reviews the theoretical concepts related to types of soils that are needed to understand the practical results. This book has included many figures and theories. It also has included many real-life examples.

“Textbook of Soil Mechanics and Foundation Engineering” Book Review: This book provides a fundamental overview on soil mechanics and foundation engineering. It covers topics like formation and structure of soils, soil phase relationship, index properties of soils, permeability of soils, seepage through soil, effective and pore water pressures, capillary water rise in soil, and much more. It talks about compressibility and consolidation, shear strength, soil improvement, lateral earth pressure, sheet pile wall, stability of slopes, soil exploration, and others.

“Soil Mechanics and Foundation Engineering” Book Review: This book provides a detailed overview on soil mechanics and foundation engineering. It discusses topics like particle size analysis, plasticity characteristics of soil, soil classification, clay mineralogy and soil structure, capillary water, permeability of soil, seepage analysis, effective stress principle, others in detail. It talks about drainage, dewatering of wells, site investigation, stability of slopes, earth pressure theories, design of retaining walls and bulkheads, braced cuts and cofferdams, shafts, tunnels, and underground conduits, and more.

“Soil Mechanics” Book Review: This book provides a comprehensive overview on soil mechanics. It provides a detailed description of the various properties and analysis of the behaviors of different types of soils and soil deposits. It discusses different types of structures, like buildings, bridges, roads, machines, etc. It talks about the design of stable shapes for earthen embankments exhaustively. It describes soil reinforcements and geotextiles in detail. It provides numerous real-world examples with detailed explanations.

“Textbook of Soil Mechanics” Book Review: This book provides a fundamental overview on soil mechanics. It talks about plasticity characteristics of soil, soil classification, clay mineralogy and soil structure, dewatering of wells, site investigation, and much more. It describes in detail topics like seepage analysis, stability of slopes, earth pressure, and others. It provides numerous real-world examples for enhanced understanding of the reader. This book is designed to focus on students, teachers, and professionals in the various fields of science and technology especially geotechnical engineering.

“Geotechnical Engineering: Principles and Practices of Soil Mechanics and Foundation Engineering” Book Review: This book provides a detailed overview on geotechnical engineering. It talks about the principles and practices of soil mechanics and foundation engineering. It covers topics like brief historical development, soil mechanics and foundation engineering, soil formation and characterization, rock classification, formation of soils, general types of soils, soil particle size and shape, composition of clay minerals, structure of clay minerals, clay particle–water relations, soil mass structure, soil phase relationships, index properties, and classification.

“Soil Mechanics and Foundation Engineering” Book Review: This book provides a fundamental overview on soil mechanics and foundation engineering. It describes the basics of soil and foundation designs. It covers topics like nonlinear finite element analysis of plain footing, development of a novel numerical indicator for assessing the detachability and liquefaction potentials of soils in erosion-prone areas, an experimental investigation for soil-pile interaction under harmonic load, and much more. It describes evaluation of road failure along an erosion prone highway in Ogun state of southwestern Nigeria using integrated methods.

“Soil Mechanics and Foundations” Book Review: This book provides a comprehensive overview on soil mechanics and foundations. It makes difficult concepts of soil mechanics and foundations much easier to understand. It explains the basic concepts and fundamental principles in the context of basic mechanics, physics, and mathematics. It covers topics like introduction to soil mechanics and foundations, geological characteristics of soils and soils investigation, physical soil parameters, one-dimensional flow of water through soils, stresses, strains and elastic deformations of soils, one-dimensional consolidation settlement of fine-grained soils, shear strength of soils, and others.

“Soil Mechanics and Geotechnical Engineering: Proceedings of the Twelfth Asian Regional Conference” Book Review: This book provides a detailed overview on soil mechanics and geotechnical engineering. It talks about the latest developments and know-how in design and construction practices. It discusses the theoretical advances in various geotechnical engineering fields. It describes the soil dynamics and earthquake engineering, major mass rapid transit, high speed railway and dam projects, and soil reinforcement. It provides details on topics that are vital to researchers and practicing engineers.