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The following article was published in our article directory on April 22, 2013.
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The Strength of Materials Textbook for Engineering Students

Article Category: Advice

Author Name: Timur Karipov

Determining the strength of materials is usually a practice of engineering mechanics in order to calculate how to form the structure in the making. There are many types of books of this subject to assist college students in performing correct procedures on each material type.

One can find the textbook sold in both college libraries and bookstores. They can be borrowed by students within university grounds. One may also acquire the book by purchasing newer versions online. There are many editions of this type of textbook written by known authors who also practice engineering.

The lesson materials are mostly accessible to all students but some knowledge of engineering mechanics would be needed to understand the content. It is also greatly recommended that before students buy such books is that they have an elementary knowledge on calculus. Other mathematical prerequisites are not needed except for some sections which will require calculus.

The textbook Strength of Materials is also called the Mechanics of materials and focuses on how each type of material reacts to different levels of strains and stress. The content provides techniques and formulas on how to calculate the stress in different material structures.

The textbook contains several modules on each material type that are usually found in construction and engineering sites. There are lessons on tensile responses of each material. Modules like this outlines of the basic concepts of how a material type responds mechanically. The use of mathematical language is introduced in order to describe complicated geometries.

Valuable lessons on subjects like the elastic response, introduction to composites, atomistics of elasticity and stress-strain curves are given much emphasis. The book also contains information on simple tensile structures as well as pressure vessels. The general concept of strain and stress is taken up step by step by studying the general mathematic statements of kinematics and constitutive equations. The objective of this book's part is to better understand the equations as serve as the basis for more theoretical methods regarding the analysis of stress.

The book Strength of Materials also takes into account the issue of bending in certain structures. There are relations between deflections, stresses and applied loads that need to be developed in order to determine balance and safety of the structure. A direct method for this can be employed and is further identified within the textbook. Commonly, beams and flat plates are prone to these bending problems and would need some calculation before added to the overall load. There are also shear and bending moment diagrams provided including other general formulations for other bending problems.

Regarding the general stress analysis, it includes wider information that one would need in designing load-bearing structures. Students are more likely to understand most of the modules as it provide simple methodologies. Structural engineers who estimate deflections and stresses may provide more professional information in other articles. The textbook of Strength of Materials is more focused on the direct-analysis approach that students are trained on. The outlines are limited to the basic principles of determining the strength of materials.

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