Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The allocation of the right tolerances is one of the most important phases in the design#R##N#process of mechanical devices and systems. In general, the choice has to take into account the#R##N#manufacturing costs and limitations, looking at the specific functionality of the device and the#R##N#assemblability of parts. In the case of flexible components, the designer has to include the#R##N#evaluation of the compliance effects and the structural resistance. The paper discusses a#R##N#numerical methodology for addressing the problem of the geometrical tolerance allocation for the#R##N#compliant ortho-planar spring. The methodology is based on the definition of the functionality#R##N#and resistance objective functions by means of finite element models. Numerical constrained#R##N#optimisation is then applied to find the suitable combination of tolerance parameters acting on the#R##N#main dimensions.
['Pier Paolo Valentini', 'E Pezzuti']
I am writing a research paper on a idea Computer-aided tolerance allocation of compliant ortho-planar spring mechanism
[{"from": "human", "value": "I am writing a research paper on a idea Computer-aided tolerance allocation of compliant ortho-planar spring mechanism"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The allocation of the right tolerances is one of the most important phases in the design#R##N#process of mechanical devices and systems. In general, the choice has to take into account the#R##N#manufacturing costs and limitations, looking at the specific functionality of the device and the#R##N#assemblability of parts. In the case of flexible components, the designer has to include the#R##N#evaluation of the compliance effects and the structural resistance. The paper discusses a#R##N#numerical methodology for addressing the problem of the geometrical tolerance allocation for the#R##N#compliant ortho-planar spring. The methodology is based on the definition of the functionality#R##N#and resistance objective functions by means of finite element models. Numerical constrained#R##N#optimisation is then applied to find the suitable combination of tolerance parameters acting on the#R##N#main dimensions."}]