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This under graduation level course of engineering is offered at Central Queensland University (CQU), Australia. In many cities like Branyan, Brisbane, Cairns, Emerald, Mackay, Melbourne, Noosaville, Rockhampton, Sydney, this university has flourished its campuses.
Solid Mechanics (ENEC13010) is the branch of continuum mechanics that deals with the study of the behavior of solid materials, especially their motion. Also, it analyses the deformation in solid materials under the action of versatile internal and external forces. Solid mechanics plays a vital role in the field of civil, aerospace, nuclear, biomedical and mechanical engineering. Also, it possesses a great significance in the field of geology and various other branches of physics such as materials science. Apart from this, solid mechanics plays a crucial role in many other areas, such as understanding the anatomy of living beings, and the design of dental prostheses and surgical implants. Out of the numerous applications of solid mechanics, one of the most common practical application is the Euler-Bernoulli beam equation. The concept of solid mechanics extensively depends on the use of variable quantity or generalised vector to describe stresses, strains, and the relationship between them. It is imperative for students to achieve a better understanding of solid mechanics as it helps to establish the relationship between stress and strain.
Moreover, this course introduces the skills required to analyse the stresses in a structural member subjected to various actions such as axial force, torsion, bending moments and shear using the principles of mechanics of materials. This course also emphasises on the rigidity of a solid material allowing it to resist either permanent or temporary deformation under the action of an external force applied.
Therefore, in other words, Solid Mechanics (ENEC13010) is the study of the deformation and the changes occurring in solid materials under the action of internal or external forces. It is one of the most significant subjects in applied engineering sciences, with respect to the sense that it is used to describe, explain and predict many of the physical phenomena occurring around us. Thus, after looking at most of the applications of this subject, it can be concluded that Solid Mechanics (ENEC13010) is a vast subject. The reason to support this statement is the wide range of materials which falls under its amplitude such as, Steel, Wood, Foam, Plastic, Foodstuffs, Textiles, Concrete, Biological materials, and so on. Another reason is the wide scope of applications in which these materials occur. Therefore, the theory of Solid Mechanics (ENEC13010) initiates with the rigidity of a body which is considered as an ideal material in which the distance between any two particles remains fixed. It can be also known as a good approximation in some applications.
The analysis of this course allows the students to attain a better understanding of the subject regarding the study of solid mechanics and deformations in the shape of a solid material. It will also help the students to acquire complete knowledge regarding the facts about how individual structural members resist the forces applied to it. Also, it explains the transfer of the stresses as well as the ways in which they can fail leading to permanent deformation in their shapes. Moreover, it can help the students to learn the documentation of the process of modeling, testing, and analysis. In addition to this, it will help the students to acquire the ability to work in a team atmosphere and develop as an individual and a team member as well.
In the course of Solid Mechanics (ENEC13010), it is mandatory for the students to achieve a better understanding of the perfect application of the principles and theories of mechanics of materials. This is crucial to successfully analyse the stresses in a structural member subjected to numerous actions such as axial force, torsion, bending moments and shear, which build the ground of this subject. Therefore, it is imperative for the students of solid mechanics to identify the significance of teamwork and acquire the tactics of working in a team environment to achieve positive results. Moreover, it helps to develop the team spirit as well as an individual personality while working in a team. To achieve positive results, students first need to identify the principal stresses and discuss the failure criteria for a range of engineering materials.
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Our engineering writers, who based in Australia, work in a faculty body of Central Queensland University (CQU), provide help for the course of Solid Mechanics.
