Ansys& matlab

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Determine 1-st natural frequency of longintudinal vibration of single bar of length of 1 m and of diameter of 2 cm which is fixed at one end so, that the results obtained by individual methods agree with each other: 1.) Analytically 2.) Script in Matlab - lumped parameters 3.) Script in Matlab - FEM approach - consistent M 4.) Script in Ansys Single bar - task

Matlab and Mathematica

Mechanical Engineering

Finite Element Analysis

Engineering

Mathematics

ID do Projeto: 36049552

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8 freelancers estão ofertando em média ₹1.288 INR for esse trabalho

@bchandra1955

very good problem for validation, Can take up if you are interested >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>

₹2.500 INR em 7 dias

4,5

(166 avaliações)

6,6

@arvind1329

Hi, Dear I have read your project description carefully. I am a skilled FEA expert and I am versed in FEA by Abaqus, Ansys and SolidWorks. I assure I can finish this project with satisfactory result. I'm interested to hear more about the project. If you award me the project, I'd be pleased to discuss this further and get started for you as soon as possible. I think I can expect your reply soon. Thanks!

₹1.050 INR em 7 dias

4,1

(31 avaliações)

4,5

@zeeshanuetlahore

I am a mechanical engineer working on FEa and analytical problems from last 5 years. I will perform this analysis in 24 hrs. Just accept my bid. Thanks

₹1.050 INR em 2 dias

0,0

(0 avaliações)

0,0

@SJM72

Hi Dear Sir I have a professional team of electrical and mechanical engineers for doing modeling, Analyzing, designing and manufacturing and programming for you. it will be my pleasure to working with you. please check my portfolio for my sample projects that i did. Let's chat about your work and time more

₹1.500 INR em 7 dias

5,0

(1 avaliação)

0,0

@Jamali600

Hi It is an easy homework that my student have to do in their course. What’s your problem? Contact me for further assistance

₹1.050 INR em 7 dias

0,0

(0 avaliações)

0,0

@Divyaraj012

All four methods should yield the same result if implemented correctly. However, the most accurate method depends on various factors, such as the complexity of the system, the accuracy of the input parameters, and the computational resources available. For a simple system like a single bar with fixed support, the analytical and lumped parameter methods are straightforward and can provide accurate results with minimal computational resources. The FEM approach and commercial software like ANSYS can provide more accurate results for complex systems with varying material properties, geometric shapes, and boundary conditions. However, they require more computational resources and expertise to implement correctly. Therefore, for the given system of a single bar with fixed support, the analytical and lumped parameter methods are sufficient and provide accurate results. The first natural frequency of longitudinal vibration of the single bar is 225.3 Hz. Contact me to discuss further in details.

₹1.050 INR em 7 dias