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A stochastic programming model for sustainable capacity expansion

机译:可持续能力扩张的随机编程模型

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Sustainable manufacturing can be expressed as the consideration of economical, environmental, and societal impact during product design for the entire life cycle. Although interest in nanomaterials and nanodevices has been growing rapidly, the uncertainty about human health and environmental impact of the nanomaterials still exits. Moreover, current nanomanufacturing techniques have negative environmental and human health impacts [1]. Therefore, engineers have been working on green design of nanomaterials and nanomanufacturing processes to achieve sustainable manufacturing goals. Companies that compete in the nanotechnology market have to develop a balance among the economic growth, environment protection, and positive social impact to achieve some measure of sustainable manufacturing.
机译:可持续制造业可称为在整个生命周期的产品设计期间对经济,环境和社会影响的思考。 虽然纳米材料和纳米型的兴趣迅速增长,但纳米材料的人体健康和环境影响的不确定性仍然出现。 此外,目前的纳米制造技术具有负面的环境和人体健康影响[1]。 因此,工程师一直在纳米材料和纳米制造过程的绿色设计,以实现可持续的制造目标。 竞争在纳米技术市场的公司必须在经济增长,环境保护和积极的社会影响方面发展平衡,以实现可持续制造的一些措施。

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