One of the biggest questions a novice designer may ask is what are two general engineering models? You can say that they are models of what a concept represents. In a sense they are two sides of a coin. On one side there is the concept, on the other there will be a physical model or real life example to represent it in.
Two general engineering concepts are dynamic and non-dynamic
A non-dynamic engineering concept is something that is done away with at the earliest stage so that the dynamic concept can be implemented later. For example, many construction projects have a budget and a time frame for completion. The budget is determined by a consultant and most project management software packages will already have an estimate of the amount of money that will be spent. The time frame is set by the project manager and is usually based on available resources. If the resources are limited, the project won’t get finished quickly.
Non-dynamic engineering concepts are part of the process of developing any type of building or infrastructure. When you build a house, you are using non-dynamic engineering techniques to determine the maximum load that can be supported by the structure. Once this is determined, you can then design the house accordingly. The two general engineering models are dynamic and non-dynamic. By taking the concept of dynamic and non-dynamic, these two engineering models can be combined into a single concept, which is known as structural engineering. Structural engineering then uses both dynamic and non-dynamic techniques to design a building or infrastructure.
Structural Engineering Is Something Different!
Another engineering model which is often confused with structural engineering is environmental engineering. When considering the design of a building or infrastructure, an environmental engineer uses a non-dynamic model to determine what impact the model will have on the environment. This model is called an environmental impact model, which takes into account many factors such as climate, soil, and other physical characteristics. An environmental engineer may also use a dynamic engineering model in conjunction with an environmental impact model to better describe how the building will interact with its surroundings.
In order to answer the question, “What are two general engineering models?” it is necessary to understand just how each model functions. In order to do this, it is helpful to have a definition of each term. Following is a brief explanation of each term and what it refers to.
Determine is used to determine the relationship between the variables. It is the relationship between the variables governing the performance of the model and what they would be if they were to be used in real life. The relationship is considered to be a dynamic one, because it is what determines the way the model will behave under specific inputs. In order to fully define these two general engineering models, it would be necessary to consider climate change, soil characteristics, and many other factors that directly influence the performance of the structure.
The dynamic and environmental engineering terms dynamic and environmental, respectively, refer to the way in which the structures in question are constructed. A dynamic model is one in which the construction is done so that it can be used as-is or as being designed. An environmental model on the other hand, refers to the way in which the design of the structure is affected by factors such as soil conditions, climate, and other environmental factors. When considering the question, “what are two general engineering models?” it is important to realize that there are numerous possible answers to the question.
Two general engineering models may be used in any construction project. For instance, when designing a building, an environmental model would be used and a dynamic model would be used in the construction of the structure. Understanding the relationship between these two engineering terms is essential for any engineer or architect who will be designing any structure. For this reason, it is always a good idea to learn as much as possible about the various types of engineering models.