MSC ADAMS Kullanilarak Dört Çubuk Mekanizmasinin Tasarim Otomasyonu

Öz

Tasarım son derece yinelemeli iterasyonlu bir süreçtir. Bu iterasyonların bir sonucu olarak, onu tamamlamak için zaman, para ve önemli miktarda iş gücü gerekir. Ayrıca, müşterilerin üründe aradığı özelliklere göre özelliklerini değiştirmek için mevcut bir ürünü yeniden tasarlamak ta önemlidir. Bu nedenle, ürün geliştirmeyi hızlandırmak için tasarım sürecini otomatikleştirmek veya parametrelendirmek her zaman gerekli olarak kabul edilir. Bu özel çalışmada, MSC Adams özelleştirme özellikleri kullanılarak tasarım otomasyonu gerçekleştirilmiştir. Tasarım, tasarım sürecinin sonunda hızlı bir şekilde faydalı bir ürün elde edilebilecek şekilde otomatikleştirilmiştir. MSC Adams view ortamında özelleştirilmiş bir menü oluşturulmuştur. Bu menüyü kullanılarak, bir ürün oluşturabilir, test edebilir, sonuçları inceleyebilir ve optimize ederek ürünü iyileştirilebilir. Simülasyondan tüm ürünün istenildiği gibi tasarlanıp optimize edilebileceği elde edilmiştir. Ayrıca, bu yöntemle yeniden tasarlama süresinin saatlerden birkaç dakikaya indirildiği elde edilmiştir.

Anahtar Kelimeler

• MSC Adams
• dört çubuk mekanizma
• tasarım otomasyonu

Design Automation of Four Bar Mechanism Using Msc Adams

Öz

Design is highly iterative process. As a result of these iterations it takes time, money and considerable amount of labor force to complete it. It is also essential to redesign an existing product in order to modify its features based on what customers look for in the product. Therefore, it is always considered to be necessary to automate or parametrized design process to speed up the product development. In this particular study design automation is implemented by using MSC Adams customization properties. Design is automated such that a useful product can be obtained at the end of design process quickly. A customized menu is created in MSC Adams view environment. Using this menu, one can build, test, review the results and improve product by optimizing. From simulation it was observed that the entire product can be designed and optimized as desired. It was also found out that time takes to redesign is reduced from hours to a few minutes using this method.

Anahtar Kelimeler

• MSC Adams
• four bar mechanisms
• design automation

Kaynakça

1. Referans1:Aamani, P., Valaramathi, T.N. 2018. ‘Comparative study on automation of gear modelling using CATIA V5 (KBE) - VBA approach’, ARPN Journal of Engineering and Applied Sciences, 13(12), pp. 3994–4001.
2. Referans2:Ali, M.B., Azhar bin Shafie, S., Daud, M.A.M., Zakaria, K.A., Latif, M.J. A. 2006. Implementation of Automation Process In Generating Cad Modelfor Rim Wheel. Referans3:Babu, S., Abubacker, K.M. 2018. Development of involute profiled spur gear model with excel spreadsheet, solidworks and CAD technique. Int. J. Mech. Eng, 5, 5-11.
3. Referans4:Bin, Z., Tang, K. 2015. ‘Research on Mixer Parametric Modeling System Based on Redevelopment of ANSYS’, MATEC Web of Conferences, 1, pp. 5–8.
4. Referans5:Brahmbhatt, K. B., Patel, D. M. and Sanchapara, N.K. 2014. ‘Parametric modelling of Oldham coupling’, 3(2), pp. 9120–9125.
5. Referans6:Li, Q. 2019. ‘Parametric Modeling and Finite Element Static Analysis of Large Reflector Antenna Based on APDL and MATLAB Parametric’, Journal of Physics: Conference Series. doi: 10.1088/1742-6596/1345/3/032061.
6. Referans7:Lin, S., Chen, Q., Zhu, Z. 2013. ‘Parametric Finite Element Analysis of the Shipyard Lifting Lug Based on VB and ANSYS Interface’, Advanced Materials Research, 657, pp. 264–268. doi: 10.4028/www.scientific.net/AMR.655-657.264.
7. Referans8:Mitrache, A., Ispas, C., Zapciu, M. 2011. ‘Collaborative design procedure using Catia V5 and Enovia VPM’, UPB Scientific Bulletin, Series D: Mechanical Engineering, 73(3), pp. 187–194.
8. Referans9:Mokhede, Y., Chikshe, S., Ghavate, R. 2017. ‘Automation of Bearing Modelling and Drafting using CATIA – VBA Approach’, (June), pp. 471–477.

9. Referans10:Rathod, A.B., Patel, V.J. Agrawal, P.M. 2011. ‘A parametric modeling of spur gear using ProEngineer’, International Journal of Engineering Research and Applications, (May), pp. 2–5.
10. Referans11:Reddy, E.J., Rangadu, V.P. 2018. Development of knowledge based parametric CAD modeling system for spur gear: An approach. Alexandria engineering journal, 57(4), 3139-3149.
11. Referans12:Sawant, Y.H., Kadam, A. 2016. ‘Assembly of Horizontal Screw Conveyor in CATIA V5 using VBA’, 2(1), pp. 1–6.
12. Referans13:Sawant, Y.H., Nimbalkar, U.M. 2015. ‘Automated Modeling of Screw Conveyor Components in CATIA Enter the’, (4), pp. 112–116.
13. Referans14:Shah, D.B. 2014. ‘Parametric Modeling and Drawing Automation for Flange Coupling Using Excel Spreadsheet’, (June).
14. Referans15:Sundar, S., Shankar, J., Student, P. G. 2014. ‘Automatic Assembly of Mechanical Joint Based on Extraction of Dimensional Data and Geometric Information From A 3D CAD Model’, 3(2), pp. 2192–2195.
15. Referans16:Trivedi, R.D., Shah, D.B., Patel, K.M. 2013. ‘3D parametric modeling for product variants using case study on inner ring of spherical roller bearing’, Procedia Engineering. Elsevier B.V., 51(NUiCONE 2012), pp. 709–714. doi: 10.1016/j.proeng.2013.01.101.
16. Referans17:Wang, Y.Y., Sun, L.P., Zhang, J. 2009. ‘The Parametric Finite Element Analysis Optimization Technique of Car body Structure Based on APDL and Its Applicatins’, (2008220044).
17. Referans18:Zheng, B. 2018. ‘Parametric Modeling and Finite Element Analysis of the Camshaft Based on ANSYS APDL’, 2018 IEEE 4th Information Technology and Mechatronics Engineering Conference (ITOEC). IEEE, (Itoec), pp. 1805–1808.