Project review 1 format

This is a common format to write a project review

1. “WRITE TITLE OF PROJECT.” Guide Mr Assistant Professor, Mechanical Engineering Department, GUJARAT TECHNOLOGICAL UNIVERSITY, AHMEDABAD A Presentation On By TEAM ID STUDENT NAME WITH ENRL. NO PROJECT REVIEW-I WRITE TEAM ID MECHANICAL ENGINEERING DEPARTMENT HJD-ITER Group NO.

2. Contents 1. Introduction 2. Literature Review 3. Summary 4. Problem definition 5. Progress status 6. Detailed Work Plan 7 . Reference PROJECT REVIEW-I WRITE TEAM ID MECHANICAL ENGINEERING DEPARTMENT HJD-ITER Group NO.

3. ABSTRACT PROJECT REVIEW-I WRITE TEAM ID MECHANICAL ENGINEERING DEPARTMENT HJD-ITER Group NO.

4. INTRODUCTION OF PROJECT PROJECT REVIEW-I WRITE TEAM ID MECHANICAL ENGINEERING DEPARTMENT HJD-ITER Group NO.

5. INTRODUCTION OF PROJECT PROJECT REVIEW-I WRITE TEAM ID MECHANICAL ENGINEERING DEPARTMENT HJD-ITER Group NO.

6. INTRODUCTION OF PROJECT PROJECT REVIEW-I WRITE TEAM ID MECHANICAL ENGINEERING DEPARTMENT HJD-ITER Group NO.

7. INTRODUCTION OF PROJECT PROJECT REVIEW-I WRITE TEAM ID MECHANICAL ENGINEERING DEPARTMENT HJD-ITER Group NO.

8. 2. Literature Review

9. Literature Review at Least 4 you have u done ( EXAMPLE U SEE BELOW) Author & Title Year & Journal Out come of research Lucian Tudose & Optimal mass minimization design of a two-stage coaxial helical speed reducer with Genetic Algorithms 2013 SCIENCE DIRECT In this paper two-stage helical coaxial speed reducer is taken and the objective is to minimization mass of speed reducer using genetic algorithms The design variables considered in the optimization are of mixed nature i.e., integer (e.g. the gears number of teeth), discrete (e.g. normal tooth addendum coefficients) and real (e.g. gears width), in a total of 17. The results obtained by using GA show significant improvement over the results obtained by traditional design (a 17.94% mass reduction). It can be observed that the proposed Genetic Algorithm offers better design solutions as compared with the results obtained by using the traditional design method (i.e. a commonly trial and cut error). Jian Wang & Multi-objective optimal design of cycloid speed reducer based on genetic algorithm 2016 SCIENCE DIRECT In this paper cycloid speed reducers is taken and The objective is to minimize volume and maximize efficiency using GA. The mathematical model of multi-objective optimization, including the design variables, objective functions, and constraints is developed. The effectiveness of this optimization was demonstrated by an example.

10. Author & Title Year & Journal Out come of research B. Venkatesh & Investigate the Combined Effect of Gear ratio, Helix angle, Face width and Module on Bending and Compressive stress of Steel alloy Helical Gear 2014 SCIENCE DIRECT The work is to focus on investigating the combined effect of gear ratio, helix angle, face width and normal module on bending and compressive stress of high speed helical gear. Objective is to investigate variation in compressive stress and bending stress for different input variables like gear ratio, helix angle, face width and normal module The result shows that by Keeping the helix angle, face width, speed and module as constant, when the gear ratio is increased, the corresponding bending stress remained constant and the corresponding compressive stress decreases. Peng Yan & Gear Transmission Optimization Design based on Intelligent Algorithm 2014 IEEE In this paper the relationship between the tooth shape coefficient and the number of teeth is mapped into radial basis function neural network. Hidden layer and output layer weights has been optimized using genetic algorithm. Finally, genetic algorithm is used in reasonable selection of crossover probability and mutation probability for gear optimization design. This algorithm is used to design two grade helical cylindrical gear reducer.

11. 3.Summary

12. SUMMARY ( Conclusion Derived From Literature Review ) 1. 2. 3. 4. 5.

13. 4. Problem definition

14. Objectives/PROBLEM of Present work (EXAMPLE U See Below) One Process development for VMC instead of varies SPM. To increase process capability, positioning accuracy, repeatability and tool life etc. To increase efficiency in terms of, minimization of non-cutting time, combination or elimination of operations etc. Fixture design for connecting rod. Reduce cycle time out for joint face machining to increase productivity.

15. 5 . Progress status

16. EXAMPLES TO SHOW PROGRESS Figure 5 . Proposed flow chart of work Drawing study Process study & Analysis Optional possibilities to improve requirements VMC SPM Machine selection

17. 1) Drawing study

18. 2) Process Study & Analysis Below table shows all operation cycle time of joint face machining. Opn . No. Process description Spindle speed RPM Feed mm/min Cutting time in sec Load, unload, travel time Total time in seconds 10 Joint face milling 981 377.2 76 7 83 20 Bolt Hole Drilling 1274 124.6 16 4 20 30 Reaming 612 102.7 11 6 17 40 Tapping 239 237.8 12 9 21 Total Time in Sec. 141 Table 1 joint face machining cycle time [courtesy to jyoti CNC]

19. REVIEW II Plan

20. Sr. No Name of organization Number of Visit Contact person Area Of Work Purpose 01. 02. 03. 04 visits to industry/ experts

21. 7. Reference

22. Reference [1] Afzal , A., P. Shenoy, and A. Fatemi, “Durability and Optimization of Connecting Rods ” G.D.i.S . Seminar, 2004, Livonia, MI. [2] Federal-Mogul Corporation Company Overview, Southfield, MI 48033, nov-2013 [3] Miroslav PLANCAK, Dragisa VILOTIC, Ognjan LUZANIN, Igor KACMARCIK, “A Review Of The Possibilities To Fabricate Connecting Rods” International Journal Of Engineering, (ISSN 1584-2665) 2013. [4] Danielle Visser , PhD Thesis, “A Comparison of Manufacturing Technologies in the Connecting Rod Industry” Colorado School of Mines, Golden, 2008.Visser “ A Comparison of Manufacturing Technologies in the Connecting Rod Industry by ” 2008 [ 5 ] Tsuyoshi Kubota, Shinya Iwasaki, Tsuneo Isobe , Toshikatsu Koike “Development of Fracture Splitting Method for Case Hardened Connecting Rods” Technical Papers and Articles, 2005. [6] Gupta, R. K., 1993, “Recent developments in materials and processes for automotive connecting rods,” SAE Technical Paper 930491. [7 ] Suraj Pal, Sunil Kumar “Design Evaluation and Optimization of Connecting Rod Parameters Using FEM ” international journal of engineering and management (2012 ) [8] Patel chetan M, Maninar nirav P., D. P. Vakharia “Design and Development of Rotary Fixture of CNC” international journal of engineering science invention (2012)