Hello friends Summarized! This time I will discuss one of the interesting and important topics in the field of engineering, namely the emphasis on the mechanical approach in engineering avoidance methods . What the heck is that? How to apply? And what are the benefits? Let’s see this article to the end!
Understanding the Emphasis of the Mechanical Approach in the Engineering Avoidance Method
The emphasis on the mechanical approach in the engineering avoidance method is a concept that prioritizes the use of mechanical techniques to reduce or avoid the risks that may occur in an engineering project. These mechanical techniques include the design, construction, operation, maintenance, and repair of engineering systems related to physical aspects, such as strength, motion, energy, materials, and fluids.
Engineering avoidance method itself is a process that aims to prevent or minimize the occurrence of failure, damage, or harm to engineering systems. This method involves identifying, analyzing, evaluating, and controlling risks that have the potential to interfere with the performance or function of engineering systems.
Reasons Why Emphasis on Mechanical Approach in Avoidance Engineering Methods is Important
The emphasis on the mechanical approach in engineering avoidance methods is important because it can provide several advantages, including:
- Improving the quality and reliability of engineering systems
- Save costs and time in the process of design, construction, operation, maintenance and repair of engineering systems
- Maintain the safety and health of workers, users and the environment associated with engineering systems
- Meet the standards and regulations that apply in the field of engineering
How to Apply Mechanical Approach Emphasis in the Engineering Avoidance Method
To apply an emphasis on the mechanical approach in engineering avoidance methods, there are several steps that can be taken, namely:
- Conduct a feasibility study to determine whether an engineering project is feasible or not to be implemented
- Carry out careful planning to determine the objectives, budget, schedule, resources, and technical specifications of the engineering project
- Perform optimal design to create engineering systems that suit the needs and requirements set
- Carry out quality construction to realize engineering systems in accordance with the designs that have been made
- Perform efficient operations to run engineering systems in accordance with their functions and objectives
- Perform routine maintenance to maintain the condition of engineering systems in order to function properly
- Make quick fixes to overcome problems that arise in engineering systems
Case Examples of Emphasizing the Mechanical Approach in Engineering Avoidance Methods
One example of a case of emphasizing the mechanical approach in engineering avoidance methods is the construction of the Suramadu bridge connecting the islands of Java and Madura. This bridge is the longest bridge in Indonesia with a total length of 5,438 meters. This bridge has many challenges and risks in the construction process, such as unstable geological conditions, strong ocean currents, strong winds, earthquakes and tsunamis.
To overcome these challenges and risks, the engineering team involved in this project applied an emphasis on a mechanical approach in engineering avoidance methods. Some of the mechanical techniques used include:
- Using a pile foundation that can withstand large loads and vibrations
- Using steel cables that can support the weight of the bridge and withstand high tensile forces
- Using sliding bearings that can reduce the impact of earthquakes on the bridge structure
- Using a monitoring and control system that can detect and overcome problems that occur on the bridge
By emphasizing the mechanical approach in engineering avoidance methods, the Suramadu bridge was successfully built with high quality and reliability. This bridge can also operate efficiently and safely, and provide benefits to the community and the economy on the islands of Java and Madura.
Conclusion and Closing
The emphasis on the mechanical approach in the engineering avoidance method is a concept that prioritizes the use of mechanical techniques to reduce or avoid the risks that may occur in an engineering project. This concept is important because it can improve the quality and reliability of engineering systems, save costs and time, maintain safety and health, and meet standards and regulations. To apply this concept, there are several steps that can be taken, such as feasibility study, planning, design, construction, operation, maintenance and repair. One example of a case that has successfully implemented this concept is the construction of the Suramadu bridge.
Thus this article is about emphasizing the mechanical approach in engineering avoidance methods. Hopefully this article is useful and adds to your insight. If you have questions or feedback regarding this article, please write in the comments column below. Thank you for reading this article to the end. See you in the next article! 😊
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