Question

In: Mechanical Engineering

does anyone have notes for finite element method and/ or structural dynamic?

does anyone have notes for finite element method and/ or structural dynamic?

Solutions

Expert Solution

The finite element method (FEM) is a numerical method for solving problems of engineering and mathematical physics. It is also referred to as finite element analysis (FEA). Typical problem areas of interest include structural analysis, heat transfer, fluid flow, mass transport, and electromagnetic potential.

he finite element method formulation of the problem results in a system of algebraic equations. The method yields approximate values of the unknowns at discrete number of points over the domain. To solve the problem, it subdivides a large problem into smaller, simpler parts that are called finite elements

The original body is considered as the assembly of these elements connected at a finite number of joints called as “nodes” .

The properties of the elements are formulated individually and then combined to obtain the properties of the entire body.


Related Solutions

When you use a numerical method like the finite element method, you divide a large body...
When you use a numerical method like the finite element method, you divide a large body into an equivalent system of smaller bodies called elements. This is done because using an analytical method on the larger body may require a solution to a boundary value partial differential equation; a task that might be difficult or impossible to solve. The question: why does dividing a large object into smaller objects help at all? If you divide a rectangle into tiny rectangles...
Explain the finite element method for stress analysis as you would to a high school student...
Explain the finite element method for stress analysis as you would to a high school student who is interested in becoming an engineer. Note that this could be the deciding factor for the student to choose Engineering at University. As such keep your answer relevant, interesting and succinct (furthermore, the student is young so they get bored easily...). [Word limit: 200]
Let a be an element of a finite group G. The order of a is the...
Let a be an element of a finite group G. The order of a is the least power k such that ak = e. Find the orders of following elements in S5 a. (1 2 3 ) b. (1 3 2 4) c. (2 3) (1 4) d. (1 2) (3 5 4)
does anyone have the reading passages for the teas?
does anyone have the reading passages for the teas?
What are main differences between the Finite Difference Method and Finite Elements Method? How are the...
What are main differences between the Finite Difference Method and Finite Elements Method? How are the boundary and interior values of the finite element solution obtained?
The element "Te 2+" a. is it a happy element? b. how many electrons does it have?
The element "Te 2+" a. is it a happy element? b. how many electrons does it have? c. how many protons does it have? d. how many neutrons does it have?
Does anyone know how to do it on EXCEL? Does anyone know how to do it...
Does anyone know how to do it on EXCEL? Does anyone know how to do it on EXCEL? Does anyone know how to do it on EXCEL? Does anyone know how to do it on EXCEL? Anyone know how to do it on EXCEL? The Statistical Abstract of the United States published by the U.S. Census Bureau reports that the average annual consumption of fresh fruit per person is 99.9 pounds. The standard deviation of fresh fruit consumption is about...
1.What is a “structural hazard?” What structural hazards does the MIPS R5000 processor, under discussion, have?...
1.What is a “structural hazard?” What structural hazards does the MIPS R5000 processor, under discussion, have? 2.   Describe the stages of the MIPS R5000 processor 3.Describe the differences between forwarding and stalling 4.Why is pipelining dependent on technology 9.   Describe the choices for multiple instruction issue. 8.   What are “control hazards?” Describe the mechanism presented to avoid them.
Give the electron configuration for an element with 19 electrons. How many valence electrons does this element have?
Give the electron configuration for an element with 19 electrons. How many valence electrons does this element have?
In a structural FEA analysis, an analyst says that a dynamic problem must be handled differntly...
In a structural FEA analysis, an analyst says that a dynamic problem must be handled differntly than a static problem. Explain.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT