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首页> 外文期刊>Procedia Manufacturing >Methodology for multi-criteria design optimization of plastic products with a focus on highly competitive markets
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Methodology for multi-criteria design optimization of plastic products with a focus on highly competitive markets

机译：塑料制品多标准设计优化方法，重点在高竞争性市场上

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摘要

Plastic products are currently key in highly competitive markets because of their cost-efficiency and performance. However, plastic product markets are undergoing substantial changes due to new factors, such as sustainability and waste reduction, rising petrol and energy prices, and the arrival of new production technologies such as 3D printing. These changes make it necessary to update plastic product design to ensure competitiveness and market success. Several pure optimization strategies have been fully developed for manufacturing process optimization (such as LEAN or KAIZEN methodologies) that are recognized and useful (if not mandatory) in any competitive industry. However, there is a lack of equivalent methodologies being applied to product design optimization, even if a product design review is much more powerful to maximize returns. There are several advantages to an optimization methodology over other strategies, because of its easier implementation and compatibility with any existing organization or design strategy, because it is based on discrete optimization events, with application to the entire product lifecycle (from the early design phase to mature products), maximizing real profitability. The work here is focused on developing a plastic product design optimization methodology with several tools integrated with “variational” information flow to help users detect and evaluate improvements and to make information-based decisions, with the ability to be updated with experience and market changes. The application scope is initially limited to plastic products due to current improvement need, and ensuring deep approach, but also with development opportunities to other markets.
机译：由于其成本效益和性能，塑料制品目前正在竞争激烈的市场中的关键。然而，由于新因素，诸如可持续性和废物减少，汽油和能源价格上涨以及3D印刷等新生产技术的到来，塑料产品市场正在进行大量变化。这些变化使得有必要更新塑料产品设计，以确保竞争力和市场成功。对于在任何竞争性行业中认可和有用（如果不是强制性）的制造过程优化（如瘦或Kaizen方法），已经完全开发了几种纯优化策略。然而，缺乏应用于产品设计优化的等效方法，即使产品设计审查要最大限度地提高回报，也能够更强大。在其他策略中优化方法有几个优点，因为它更容易实现和与任何现有组织或设计策略的兼容性，因为它基于离散优化事件，应用于整个产品生命周期（从早期设计阶段到成熟产品，最大化真正的盈利能力。这里的工作主要集中在开发塑料产品设计优化方法，其中几种工具与“变分”信息流集成，以帮助用户检测和评估改进并制作基于信息的决策，具有通过经验和市场变化更新的能力。由于目前的提高需求，应用范围最初限于塑料产品，并确保了深入的方法，也是对其他市场的发展机会。

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