Abstract:Frontloading in product development supports the possibility to make important decisions as soon as possible. The dedication of virtual product development tools implicates cost savings by reduction of physical prototype testing. The present publication treats the potential of computer-aided design (CAD) in a specific application to offer changeable, quick and efficient development. The application of the developed methods and tools is shown for stone chipping investigations, which are important for the defini… Show more
“…Como exemplos da aplicação do KBE destacamos em ERNST et al [5] a aplicação no estudo virtual para o teste de ocorrência de danos a pintura veicular via o lançamento de pedras pelo pneu dianteiro do automóvel.…”
Resumo: Este artigo trata de uma breve revisão sistemática sobre o uso da programação de computadores para automação de modelagem 3D na indústria automotiva. Este estudo contribui para o entendimento das técnicas de programação que estão sendo usadas bem como o ambiente de desenvolvimento de produto que elas estão inseridas e como a modelagem 3D está sendo beneficiada.
“…Como exemplos da aplicação do KBE destacamos em ERNST et al [5] a aplicação no estudo virtual para o teste de ocorrência de danos a pintura veicular via o lançamento de pedras pelo pneu dianteiro do automóvel.…”
Resumo: Este artigo trata de uma breve revisão sistemática sobre o uso da programação de computadores para automação de modelagem 3D na indústria automotiva. Este estudo contribui para o entendimento das técnicas de programação que estão sendo usadas bem como o ambiente de desenvolvimento de produto que elas estão inseridas e como a modelagem 3D está sendo beneficiada.
“…These representations are used in a variety of areas, driving the productivity upwards to a great extent i.e. design, assembly, manufacturing, material selection, robotic applications [8,12,14,15].…”
The current paper presents a system for the dynamic simulation of the human hand. The simulation of the human hand offers the capability to acquire handshapes that correspond to letters of the finger alphabet, enabling an integrated representation of words and sentences. The hand model is designed using the Autodesk Inventor TM and Autodesk AutoCad TM design environments. The user is able to type words or sentences which are dynamically translated into postures according to the finger alphabet. The system is based on the physiometric characteristics of an average human hand. High precision design is utilized in every part through integration of all the necessary functionalities needed to perform the movements required. The system has been tested on more than 500 words with a letter representation success rate in the range of 95-97%.
The current paper presents a system for the dynamic simulation of the human hand. The simulation of the human hand offers the capability to acquire handshapes that correspond to letters of the finger alphabet, enabling an integrated representation of words and sentences. The hand model is designed using the Autodesk Inventor TM and Autodesk AutoCad TM design environments. The user is able to type words or sentences which are dynamically translated into postures according to the finger alphabet. The system is based on the physiometric characteristics of an average human hand. High precision design is utilized in every part through integration of all the necessary functionalities needed to perform the movements required. The system has been tested on more than 500 words with a letter representation success rate in the range of 95-97%.
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