Figure 1: The key elements of mechatronics (Illustration courtesy of National Instruments)
Mechatronics is also known as a way to achieve an optimal design solution for an electromechanical product. Key mechatronics ideas are developed during the interdisciplinary simulation process, which provides the conditions for raising synergy and the catalytic effect for discovering solutions to complex problems. This synergy arises from integrating mechanical, electrical, and computer systems with information systems in order to design and manufacture mechatronics products. Machines that manufacture a wide range of products, from automotive tires to food processing, are good examples of this method.
Regardless of how mechatronics is defined, all mechatronics products exhibit performance characteristics that were once difficult—or even impossible—to achieve without a synergistic approach. The key elements of this synergistic approach are shown in Figure 1, which illustrates how mechatronics is the result of applying information systems to mechanical, electrical, and computer systems.
Mechatronics systems are excellent candidates for design process optimization, due to the high complexity of their designs and their high degree of integration among electrical, mechanical, and information-processing components. For the design team, the biggest challenges are how to integrate all of these components successfully and then choose the right design tools to create complex mechatronics systems.
Figure 1: The key elements of mechatronics (Illustration courtesy of National Instruments)
Mechatronics is also known as a way to achieve an optimal design solution for an electromechanical product. Key mechatronics ideas are developed during the interdisciplinary simulation process, which provides the conditions for raising synergy and the catalytic effect for discovering solutions to complex problems. This synergy arises from integrating mechanical, electrical, and computer systems with information systems in order to design and manufacture mechatronics products. Machines that manufacture a wide range of products, from automotive tires to food processing, are good examples of this method.
Regardless of how mechatronics is defined, all mechatronics products exhibit performance characteristics that were once difficult—or even impossible—to achieve without a synergistic approach. The key elements of this synergistic approach are shown in Figure 1, which illustrates how mechatronics is the result of applying information systems to mechanical, electrical, and computer systems.
Mechatronics systems are excellent candidates for design process optimization, due to the high complexity of their designs and their high degree of integration among electrical, mechanical, and information-processing components. For the design team, the biggest challenges are how to integrate all of these components successfully and then choose the right design tools to create complex mechatronics systems.
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