Application of axiomatic design in injection molding process

Dastagiri, M.; Prasad, M. Maruthi

doi:10.1109/fame.2010.5714840

Cited by 3 publications

(2 citation statements)

References 4 publications

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“…Dastagiri and Prasad used the specialized software Accelero DFSSV5, and Mold Flow Plastic Insight 5.0, respectively, in the activity of designing an injection molding process [4]. They succeeded to obtain a reducing of the process design iterations.…”

Section: Introductionmentioning

confidence: 99%

Analysis of Equipment for Testing the Processability by Injection Molding of Plastics on the Basis of Axiomatic Design Principles

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Coteaţă

Dodun

et al. 2019

MSF

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The obtaining of information concerning the processability by injection of plastics could facilitate a better design of injection manufacturing processes of parts made of such materials. With this aim in view, equipment for testing the processability by injection of plastics was designed. On the other hand, there are known the possibilities of using the axiomatic design principles to solve equipment or various design activities problems. Within this paper, an evaluation of the complying with the requests of the axiomatic design by the designed equipment was developed. The axiom of independence of the functional requirements necessary to be achieved by the equipment was applied. The analysis allowed the formulation of some remarks concerning the fulfillment of some principles of axiomatic design by the constructive solution proposed for the equipment for testing the processability by injection of plastics.

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Section: Introductionmentioning

confidence: 99%

Analysis of Equipment for Testing the Processability by Injection Molding of Plastics on the Basis of Axiomatic Design Principles

Hrițuc

Coteaţă

Dodun

et al. 2019

MSF

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show abstract

“…For creating a robust design, it is needed that each functional requirement starting with the intention of design which is considered the zero-hierarchy level to be decomposed into lower and lower functional requirements by respecting the hierarchy and also a zig-zag principle presented in the figure below. [5][6][7] After the decomposition took place and several designs of the product have been established applying the second axiom will lead to the final design that will be chosen. Second axiom is used for determining the optimal solution from the multiple solution that have been determined after applying the first axiom.…”

Section: Introductionmentioning

confidence: 99%

Mechanical design of an electronic control unit using axiomatic principles

et al. 2017

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Abstract. If the engine of the car can be considered as the heart, then the E.C.U's represents the brain of the car. Electronic control units (E.C.U's) are electronic devices which control the way different components of a car (engine, windows, airbags, etc.) react in some situations (overheating, button pressed by a passenger, crash, etc.). Axiomatic design is a set of principles that theorizes the act of conceiving a new project. Based on two axiom this method comes into designers help, giving them the option to reach in a short period of time a fully functional and compliant product without supporting the design of the product on chance, past experiences or "try and fail" principle.

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Modelling injection moulding machines for micro manufacture applications through functional analysis

et al. 2012

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The paper presents the analysis of an injection moulding machine using functional analysis to identify both its critical components and possible working problems when such a machine is employed for the production of polymer-based micro products. The step-by-step procedure starts from the study of the process phases of a machine and then it employs functional analysis to decompose the phases and attributes functions to part features. Part features are subsequently analyzed to understand the causal chains bringing either to the desired behaviour or to failures to avoid. The assessment of the design solution is finally performed by gathering quantitative data from experiments. The case study investigates the design motivations and functional drivers of a micro injection moulding machine. The analysis allows identifying the correlations between failures and advantages with the design of the machine parts

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Application of axiomatic design in injection molding process

Cited by 3 publications

References 4 publications

Analysis of Equipment for Testing the Processability by Injection Molding of Plastics on the Basis of Axiomatic Design Principles

Analysis of Equipment for Testing the Processability by Injection Molding of Plastics on the Basis of Axiomatic Design Principles

Mechanical design of an electronic control unit using axiomatic principles

Modelling injection moulding machines for micro manufacture applications through functional analysis

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