Principle of the Mechanical Design : Development of Sports Product

Discuss about the Principle of the Mechanical Design and Its Use to Development of Sports Product.

According to Ullman (2015), Mechanical design can be defined as a subject for encompassing all the disciplines for mechanical engineering, solid mechanics, thermal science, fluid mechanics and material processing. The fundamental principles of mechanical design are simplicity, abiding laws of nature, use of independent functions and reciprocity (Pahl and Beitz 2013). These fundamentals are useful for developing the design for sports products by using mechanical design process.

In this essay an analysis of the mechanical designing principle would be done for developing the sports product. The mechanical designing principles has a crucial role for developing the sports product likes equipments, jersey, balls, bats, arc, hoop and much more items. The industrial designs could be used for making the professional products that can be used in sports activities and different athletic events.

Problems and their solutions

The technological development has resulted in making people closer and forming new sports activities. Hence, there is a requirement for newer and newer products in the sports that can be achieved by utilizing mechanical designing principles (Baykasoglu and Ozsoydan 2015). However, there are various problems that may affect the studying of mechanical design principles for manufacturing of sports goods and products. The problems of using mechanical designing principles for developing sports product could be solved by proper planning and using designing methods. These plans and methods would be helpful in understanding the geometric parameters, materials and engineering required for developing the sports product (Creswell 2013). The new trends of products requirements can be easily analyzed and use of mechanical designing principles can help in developing the products.

First Problem

All the principles of mechanical designing process may not be applicable for the production of sports product. Mechanical design process consists of a number of principles such as equilibrium, kinetics, thermodynamics and elasticity of materials (Creswell 2013). All the principles cannot be used for implementing the mechanical design process of producing sports products. Sports products must use the principle of tensile strength, rigidity, elasticity, and stress for producing the products of sports. However, the theory of electromagnetic, thermodynamics, and kinetics do not play any role in manufacturing the design of sports products (Haupt 2013). If these principles are applied to the manufacturing of the sports products, the production of the sports good would be hindered. Hence it is very important to sort out whether to use any particular mechanical design principle in the process of manufacturing of the sports products.

Solution of the First Problem

Planning for selecting principles- The planning plays an important role for forming the use of principles in sports product development (Kiessling et al., 2014). Planning model consists of analysis, designing the plan, evaluation, and implementation. It would help in deciding the mechanical design principles that can be used for the manufacturing of sports products.

Planning model: the planning model consists of some steps for modeling the plan (Bowell and Heap 2013). They are analysis of the design, forming the design, evaluating its consistency for manufacturing process and finally implementing the plan.

The analysis phase consists of analyzing the design for creating the sports products (Burke 2013). The estimation of materials required, process that should be used for manufacturing and cost that would be needed can be done on this process. The designing phase consists of developing the design of the plan with the help of estimated data collected from the first phase. The designing plan would be created by using the mechanical design process and it would be implemented for manufacturing of sports products.

 The evaluation process would consist of evaluating the design made in the previous phase. The evaluation of plan could be done by analyzing the plan and design on the basis of various factors such as costing factor, sustainability issues, and values of the company (Bowell and Heap 2013). If the manufacturing design follow all the principles of the company and gain profit at the end of result, it would be marked good for implementation. The implementation phase consists of implying the design made for the manufacturing of the sports products (Burke 2013). The planning design made by the company would be implemented for the manufacturing of the sports products.

Second Problem

There are some principles that may not be helpful for generating commercial profit and retaining the sustainability of the development products. Many principles of mechanical design process are not commercially suitable (Royalty and Reiss 2014). Any company who produces goods or products has primary goal to earn profit by selling their goods. Hence, the company producing sports products has also aimed for earning profit from their products sale. However, some principles of mechanical design are not commercially suitable for maximizing the production. Furthermore, they may exhaust the resources of production. It would affect the sustainability of manufacturing sports products. Sustainability would affect the overall profit and longevity of production in the company (Bell and Morse 2013). Hence, it is very important for marinating the sustainability of the resources in the company for production of sports products. The sustainability maintenance should be aligned with the profit earning capacity of the company.

Solution of the second Problem

Designing methods- According to Baykasoglu and Ozsoydan (2015), there are various methods in mechanical designing such as creative methods, rational methods, descriptive models, and prescriptive models for effective designing process. It would help in forming the methods that would form balance between the sustainability issue of the manufacturing and the profit maximization in the mechanical design process.

Creative methods: Creative methods would consist of methods for implementing designs of manufacturing the sports products by using the principles of mechanics (Royalty and Reiss 2014). Mechanical principles like stress on matters, elasticity of the materials, and tensile strength could be used for manufacturing sports products. These methods include factors of geometry and temperature pressure for effective manufacturing of the products.

Rational methods: Rational methods for using the principles of mechanical designing in manufacturing of sports goods (Pulselli et al., 2015). Rational method consists of forming a balance between the sustainability issues of the manufacturing and effective costing factor of the products. The company manufactures the products for gaining profit from the sales. However, they have to make sure that the resources should not be exhausted as it would cause sustainability issues. The rational method emphasizes on the production of sports goods by considering the limits of resources.

Descriptive models: The descriptive models of mechanical design process would help in manufacturing the sports products. The descriptive model requires to analysis the after effects of any activity after each of the steps involved in the model (Klompas Kleinman and Murphy 2014). Hence it would help in understanding whether the process implemented for manufacturing of sports products is efficient or not. The cost analysis and resource usage could be analyzed and evaluated at every step of the model. Hence, it is very useful for understanding the affectivity of mechanical design process in sports products manufacturing over the profit and resources in any company.

Prescriptive model: It is a model that is based on the predictions of the principles of mechanical design (De Sanctis Faber and Fontana 2014). The predictions evoked in this model can be used for maintaining the manufacturing goal of the sports products. The company can use this model for predicting the outcomes of their production with the principles of mechanical design process. Hence, the model is beneficial for aligning the sustainability issue of the manufacturing of sports products with the profit maximization required by the company.

Conclusion

The primary aim of manufacturing of the sports products is achieving profit from selling of the goods. The mechanical design process is very good for manufacturing or production of any products. However, the principles of mechanical design process have some issues for implementing in the manufacturing of sports products. Hence, it can be concluded from the essay that manufacturing of the sports products would yield some problems such as lack of principle of mechanical designing process and sustainability issues.

The problems of implementing the principles of mechanical design process could be solved by following some steps. The planning process and designing methods can be helpful in solving the issues faced in manufacturing of sports products. Planning could be helpful in deciding the mechanical designing process principles that would be helpful in producing the sports products. The designing methods would help in forming the balance between the sustainability issues of production and the cost of production. Hence, both the issues of implying principles of mechanical design process could be solved using the methods of effective planning and efficient designing methods. The essay has been structured as defining each problem followed by the solution of the problem.

References

Baykasoglu, A. and Ozsoydan, F.B., 2015. Adaptive firefly algorithm with chaos for mechanical design optimization problems. Applied Soft Computing,36, pp.152-164.

Bell, S. and Morse, S., 2013. Measuring sustainability: Learning from doing. Routledge.

Bowell, P. and Heap, B.S., 2013. Planning process drama: Enriching teaching and learning. Routledge.

Burke, R., 2013. Project management: planning and control techniques. New Jersey, USA.

Creswell, J.W., 2013. Research design: Qualitative, quantitative, and mixed methods approaches. Sage publications.

De Sanctis, G., Faber, M. and Fontana, M.A.R.I.O., 2014. Assessing the level of safety for performance based and prescriptive structural fire design of steel structures. Fire Safety Science, 11, pp.996-1009.

Haupt, P., 2013. Continuum mechanics and theory of materials. Springer Science & Business Media.

Hawthorne, G., Quintin, E.M., Saggar, M., Bott, N., Keinitz, E., Liu, N., Chien, Y.H., Hong, D., Royalty, A. and Reiss, A.L., 2014. Impact and sustainability of creative capacity building: the cognitive, behavioral, and neural correlates of increasing creative capacity. In Design thinking research(pp. 65-77). Springer International Publishing.

Kiessling, F., Nefzger, P., Nolasco, J.F. and Kaintzyk, U., 2014. Overhead power lines: planning, design, construction. Springer.

Klompas, M., Kleinman, K. and Murphy, M.V., 2014. Descriptive epidemiology and attributable morbidity of ventilator-associated events.Infection Control & Hospital Epidemiology, 35(05), pp.502-510.

Pahl, G. and Beitz, W., 2013. Engineering design: a systematic approach. Springer Science & Business Media.

Pulselli, F.M., Coscieme, L., Neri, L., Regoli, A., Sutton, P.C., Lemmi, A. and Bastianoni, S., 2015. The world economy in a cube: A more rational structural representation of sustainability. Global Environmental Change, 35, pp.41-51.

Ullman, D., 2015. The mechanical design process. McGraw-Hill Higher Education

 

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