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Experiment and analyse the manufacture of wind mill
The report structure
1.      Introduction

·         Improve the design of the wind mill
·         Introduce the problem (improve the wind mill dimension to make it more efficient)
·         General intro on wind mill

2.      manufacturing process of wind mill

·         I will put the drawing dimension (I did not provide it )
·         Cost of mild steel
·         Reason why I choose this materials

3.      Description of load cases with realistic loads (pressure/flow/temp etc.) and constraints (fixtures) on the wind mill

4.      Reason for type of Analysis & Your analysis and what it means

·         To get the best cost effective and strength of the wind mill before manufacturing it
·         I used moment force and normal force (uk avg wind load) to check the models performance
·         Results : total deformation , Max/Min principle stress, shear stress, equivalent stress, equivalent elastic strain (need to include explanation of these stresses in the report )
5.      Explain changes to design and any implications, I made three improvements to three parts only to increase its stress resistant, I did not change the whole drawing because it will be very wasteful and expensive.

·         I increased some dimension of the three parts
                                                              i.      Made it more aero dynamic by thicken Half of the wing only , not full wing  because of cost 
                                                            ii.      Thicken the joint
                                                          iii.      Thicken the support beam

6.      Validation of changes (the results ) and compare the results of the initial model to the improved 
7.      Conclusions

8.      Reference (on wind mill, wind mill material mild steel , cost)

The report structure            
·         Introduction – Problem setting and aims of investigation, definition of materials, load cases to be investigated


·         Design Modelling Complexity – The complexity of the problem investigated. Number of parts and how designed, geometric complexity


·         Analysis – Finite Element Analysis Undertaken and conclusion drawn The depth of your investigation, presentation and your analysis of the findings



·         Performance Improvement – The improvements achieved and the validation of results


·         Conclusions
Make sense, cover aims, further work, Design and Manufacturing – The depth of your investigation and your suggestions for improvements


·         Presentation/ References
Report structure, referencing and comprehension



Experiment and analyse the manufacture of wind mill

The report structure
1.      Introduction
·         Improve the design of the wind mill
·         Introduce the problem (improve the wind mill dimension to make it more efficient)
·         General intro on wind mill
2.      manufacturing process of wind mill
·         I will put the drawing dimension (I did not provide it )
·         Cost of mild steel
·         Reason why I choose this materials
3.      Description of load cases with realistic loads (pressure/flow/temp etc.) and constraints (fixtures) on the wind mill
4.      Reason for type of Analysis & Your analysis and what it means
·         To get the best cost effective and strength of the wind mill before manufacturing it
·         I used moment force and normal force (uk avg wind load) to check the models performance
·         Results : total deformation , Max/Min principle stress, shear stress, equivalent stress, equivalent elastic strain (need to include explanation of these stresses in the report )
5.      Explain changes to design and any implications, I made three improvements to three parts only to increase its stress resistant, I did not change the whole drawing because it will be very wasteful and expensive.
·         I increased some dimension of the three parts
                                                              i.      Made it more aero dynamic by thicken Half of the wing only , not full wing  because of cost 
                                                            ii.      Thicken the joint
                                                          iii.      Thicken the support beam
6.      Validation of changes (the results ) and compare the results of the initial model to the improved 
7.      Conclusions
8.      Reference (on wind mill, wind mill material mild steel , cost)
The report structure            
·         Introduction – Problem setting and aims of investigation, definition of materials, load cases to be investigated
·         Design Modelling Complexity – The complexity of the problem investigated. Number of parts and how designed, geometric complexity
·         Analysis – Finite Element Analysis Undertaken and conclusion drawn The depth of your investigation, presentation and your analysis of the findings
·         Performance Improvement – The improvements achieved and the validation of results
·         Conclusions
Make sense, cover aims, further work, Design and Manufacturing – The depth of your investigation and your suggestions for improvements
·         Presentation/ References
Report structure, referencing and comprehension


Interested in a PLAGIARISM-FREE paper based on these particular instructions?...with 100% confidentiality?

Order Now