Starting primarily on the formal definition, geotechnical engineering is a branch of civil engineering that deals with the elements of the behavior, characteristics, and nature of earth materials involved in each structure construction and formation. Among the functions and services involved in this aspect are the critical investigation and observation of subsurface condition and materials, design of earthworks and structure foundation, analysis of their physical, mechanical and chemical properties of the earth materials in the site, and the review of the site condition during the actual construction phase.
For these characteristics, the author of this paper has deemed the field of geotechnical engineering indeed significance for the concerns of sustainable land development and structure construction. Connotation/Denotation On extended views, the field of geotechnical engineering can be perceived in different view relative to the particular idea pointed out in the said field. By usual connotation, geotechnical engineering can be established as the aspect related particularly on the geological surveying and analysis relevant prior to the actual construction phase.
In this idea, geotechnical engineering relates to the critical planning phase of the construction process and the developmental monitoring of the structure formation. As likewise connoted, the said field mainly points on the geological aspect of the process dealing significantly on the earth material involved and how to effectively deal with them. In addition, the term technical in the said field denotes the scientific process and approach involved in the concern of geotechnical engineering. Process Analysis Process analysis is also an important part of the different responsibilities that Geotechnical engineers should give consideration to.
It could be noted that the process of Geotechnical Engineers in handling their projects is based on a certain pattern that naturally helps them come up with the most effective procedure that would help them in completing the tasks given to them in handling Geotechnical approaches in creating several public utilities that are to be used as infrastructures that would naturally serve the values of the public. Before their plans are actually approved for further building procedures, they still need to analyze the different elements of their plans very well.
Doing so would mean that the said personnel be able to identify the different measures of safety assurance that they need to accomplish to say that a project is indeed feasible for a particular cause that would make it viable for approval. Graphics To present the different results of analysis, Geotechnical engineers are supposed to make graphical presentations that would make the other engineers understand the different issues that need their attention in the projects that they are supposed to pursue.
The said presentations are likely to serve as visual representations of the matters that need to be seriously considered even before the final plan of the project is designed. History On historical perspective, geotechnical engineering can be considered as generally present on the primitive construction genre. As humans can historically dealt with earthworks as their primary material in each of their engineering construction, analysis and observation of the land and earthwork characteristics and properties have already been present though this concern is not yet developed into a systematic and scientific phase.
In the development of the modern civil engineering field that the term of geotechnical engineering summarizing the significant concerns relating to earthworks properties and materials have been developed. Origin Considering also the origin of the field of geotechnical engineering, it is evident that the said concern was developed from the intersection of the field of geology and engineering wherein the scientific understanding from the prior was applied for the effectiveness of the application of the latter.
With the application of the analysis, discovery, and understanding derive from the scientific approach of geology in the aspect of structure formation, the field of geotechnical engineering was developed contributing significant information to the effective and sustainable concern of construction and land development. Comparison By comparison on other fields, geotechnical engineering can be mainly defined as the special concern in the general subject of civil engineering.
Relating to the other fields in the said subject, the concern of geotechnical engineering cover up the entire structure formation process starting from the planning stage, construction monitoring, and the material analysis making it a significant element for an effective engineering process. Generally, the scope of geotechnical engineering overlaps with other fields yet uniquely, this concern particularly focus on the geological phase, characteristics, and properties involved in the structure formation and construction. Cause and Effect People need to have a secured feeling when passing a bridge or using a skyway.
This particular need causes the existence of Geotechnical engineers in the field of building construction services. Their vital role is to create mandated analysis within areas of building projects that ensures the strength and the capability of the environment to handle several stresses that are to be caused to it by the said construction. By doing so, the Geotechnical engineers set a fine foundation that identifies the insurance that each person could gain from the fact that the buildings constructed for them is based on a strong ensuring analysis that made the said construction of buildings possible for pursuance.
Etymology On another view, generally basing from the idea employed by the term in geotechnical engineering, one can actually develop the etymological definition of the said concern. With the presence of the term geo relating to land and earth, technical determining the scientific nature of the field, and engineering signifying the concern which is construction, the definition that the said idea points to the scientific approach of understanding and analyzing the geological aspect and characteristics involved in the construction and structure formation process.
Contract/Negotiation To be able to understand how the process of putting Geotechnical engineers are placed together with the others to establish a much stronger team for constructing a certain building, it is important to note how they are negotiated with by the companies that hire their services. As professionals in the industry, Geotechnical engineers are rather given the opportunity to work with others. They are rather recommended or solely chosen by the company.
However they were chosen, each Geotechnical engineer should be able to keep their promise of working well with their team as noted in the contracts that they are to sign.
Bibliography Das, Braja M. (2005). Principles of Geotechnical Engineering. Cengage-Engineering Publication. 6th Edition. Fang, H. -Y. and Daniels, J. (2005). Introductory Geotechnical Engineering : an environmental perspective. Taylor & Francis Publication. Holtz, Robert D. & Kovacs, William D.
(1981). An Introduction to Geotechnical Engineering. Prentice Hall Publication. Mitchell, James K. & Soga, K. (2005). Fundamentals of Soil Behavior. John Wiley & Sons, Inc. Murthy, V. N. S. (2002). Geotechnical Engineering: Principles and Practices of Soil Mechanics and Foundation Engineering. CRC Publication. 1st Edition. Terzaghi, K. , Peck, R. B. and Mesri, G. (1996). Soil Mechanics in Engineering Practice. 3rd Ed. , John Wiley & Sons, Inc.
University/College: University of California
Type of paper: Thesis/Dissertation Chapter
Date: 18 December 2016
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