制造和生产應用的其它領域»

有关制造业发展、优化或重组的决策是由许多因素推动的,这些决策可能代价高昂并且在实施之前往往很难证明其潜在的好处。传统上,决策是基于直觉和过去的经验做出的,有时会借助电子表格工具的支持。但这些方法可能会有风险,并与现代管理决策支持大相径庭。仿真是目前被用于分析制造业系统是最强大的技术之一,评估变更的各种系统参数的影响,并做出正确的概率或多场景知情决策。

仿真建模被广泛应用于解决制造业的各种问题,从中间过程优化到战略管理。仿真使您能够测试资本密集型策略“在硅”。即使是在执行像准时制或精益生产这种易于理解的制造策略时,也可以从仿真中受益,它不只是对具体的工艺流程进行分析,而是将制造系统作为整体来分析。通过模拟实验的采用来减少物理实验和变化的数量,例如,在人员变动管理和“过程疲劳”方面拥有巨大的优势。

请向我们描写一下Anylogic的优势,我们将非常感激您的反馈。
 
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评论&评价

  • AnyLogic是非常强大的用来创建复杂仿真模型的工具。我们一直致力于粗切削能力模型,拥有大量的SKU和生产线,AnyLogic多元化的特征和方法使得我们可以建模所有生产过程中的复杂情况。 在我们开发的过程中我们得到了出色的支持,总是及时和明确的。支持团队甚至开发了一些定制的例子来满足我们的需求。我们觉得AnyLogic是一款伟大的工具且有一支出色的支持团队。

    Elisa Elena,
    ITE-CONSULT
  • 我接触AnyLogic产品的时间较短,但发展的速度很快。在某种程度上,这反映了产品本身的能力--能够使用系统提供的大量工具来图形化设计仿真模拟逻辑。然而,AnyLogic员工也在培训和支持中起到了很大的作用。技术团队甚至添加了语言自定义特性来更好的满足我的特定需求。

    Roger Baugher,
    TrAnalytics 有限责任公司
  • 市场上最灵活的仿真建模工具- 1) 当需要定制模型时,可通过Java平台访问Java编程进行2)混合不同的建模方法。带有预设对象和建模块的函数库(本身具有极大的灵活性),在新版本中进行了持续改进和增强,以及支持顾客导向的功能,使得整个图形几乎完整的呈现在我眼前!

    Stefan Bengtsson,
    斯德哥尔摩
  • Many specialists take part in plant planning process today, with everybody having their own vision, which has to be considered. AnyLogic is the best tool both for getting the operational data about the future system and an opportunity to visualize the work of it. This allows all the project participants to concretize and detalise their perceptions of how future plant has to be designed, and as a result, avoid mistakes while implementing the project. When huge long-term investments are involved, avoiding bottlenecks allows to save a lot of money during the years of plant operation, and AnyLogic is the way to help us in it.

    Nikita Shchedrov, Project Engineer,
    Begarat LLC
  • AnyLogic helps predict risks and trade offs to support decision making. It allows the users to visualize and validate plant design to gain buy in and ensure future production capacity, and forecast future workforce needs and risks. AnyLogic is very flexible, you can integrate it with many things. The software seems to evolve, and the developers listen to comments.

    Wenchun Annie Wang, Industrial Engineer – Simulation,
    CH2M Hill
  • We use AnyLogic to understand better, improve and demonstrate how complex systems work. My personal favorite aspect of AnyLogic is the fact that it compiles the simulation models into a general purpose, fully object-oriented program language, like Java. Which allows us to embed optimization algorithms into simulations without writing unnecessary code.

    Onur Dulgeroglu, Senior Analytics Engineer,
    GE Global Research
  • AnyLogic has a nice object-oriented feature that allows you to create a component and reuse it, which is very useful to us, plus, the user interface has many built in charts. The most valuable feature of AnyLogic to me is to export a model, and let anyone run it on their computer without a software license.

    Victor Chang, Software Engineer,
    Intel
  • AnyLogic是一个非常强大的软件,可以使我同时使用两种不同的仿真范例去创建仿真模型。通过这个功能它使我可以创建可扩展的仿真模型--一方面,这个模型非常详细,另一方面,可以用离散事件建模的方法,从其他角度大规模地展示该系统。此外,AnyLogic本身提供了建立层次结构仿真模型的可能。因此该软件可用于创建各种复杂的仿真模型。

    Tobias Rahm,
    鲁尔 Universitaet Bochym
  • AnyLogic的功能很广泛。尽管使用它需要一定的培训,但它可以节约成本。

    Alexander Sedov,
    Ulyanovsk Construction Materials Plant
  • With AnyLogic, we can develop real time models to show our clients how their factories will react to different types of scenarios. We can also help them understand their problems and think of possible solutions. We can even try these solutions in the model! AnyLogic is user friendly. With little programming knowledge, you can create your own model and learn more by using the software.

    Marina Perez Gaido, Industrial Engineer,
    Continente Siete

已有公司使用Anylogic来进行: 制造和生产

案例研究

  • Highly Automated Production Line Planning and Optimization
    Centrotherm Photovoltaics AG is a global supplier of technology and equipment for the photovoltaics, semiconductor, and microelectronics industries. The company needed to identify the best automated production line and factory configuration to minimize costs and maximize throughput and reliability.
  • GE Manufacturing Plant Uses AnyLogic for Real Time Decision Support
    In 2012, GE opened a new battery manufacturing plant in conjunction with the launch of an innovative energy storage business. GE’s exciting opportunity brought on many new challenges, such as increasing production throughput and yield under evolving processes and uncertainties, and reducing manufacturing costs in order to gain market share. The GE Global Research Center sought out a powerful and flexible tool to analyze, not just the specific process, but the manufacturing system as a whole.
  • 使用Anylogic对造船厂进行产能分析
    钢铁和造船公司(NASSCO)以AnyLogic 仿真软件为主体,利用一个专为造船业定制的名为大型造船业计算机仿真建模系统(LSMSe)的分析系统,为当前的生产和可能的新工作提供十分详细和准确的产量分析。
  • 水产业生产计划
    意大利主要游艇制造公司之一的经理需要一个新的智能方法,来简化规划过程。FD和DSE公司要开发一个全新的仿真支持规划工具。目的是给真正的生产规划者异常丰富的规划信息,使他能够在实施规划前去检验和完善这个规划。这个工具的概念是指导决策,这意味着用户可以在将规划应用到工厂之前很容易地改善想法,测试规划的可行性。
  • Shipyard Proves Order Fulfillment Capability and Gains Visibility into Production Facility and Distribution
    Faced with a large order for diesel powered submarines, Admiralty Shipyards JSC must evaluate whether the current production facilities can fulfill the order, and if not, what amount can be produced by the year 2016. Admiralty Shipyards JSC is also seeking confirmation that an additional production facility will not be needed to complete the order.
  • Simulating Ice Cream Production: Recognizing Constraints and Optimizing Production Plan
    Conaprole, the biggest dairy production company in Uruguay, produces more than 150 SKUs in their ice cream plant, using five production lines, and up to five different packaging configurations for each line. The management’s challenge was to be able to reformulate their plans in order to balance supply and demand and make sure they would avoid stock-outs in key products. They also sought ways to optimize the use of their production capacities.
  • Analysis of Management Strategies for the Aircraft Production Ramp-up
    The Airbus Group joined the European Union ARUM (Adaptive Production Management) project, which is focused on creating an IT solution for risk reduction, decision-making, and planning during new product ramp-ups. The project is aimed mainly at aircraft and shipbuilding industries. Simulation was chosen as a part of the ARUM solution, because it would allow the participants to reproduce the real production facility experience.
  • Simple Simulation Model Helps Intel Avoid Production Plant Downtime
    Intel factories used a particular type of equipment that often broke down, which caused capacity constraints. These expensive parts were used in critical factory operations, and the repairs took significant time, so it was necessary to have extra spare parts on hand to avoid downtimes. Broken parts caused constraints at some of the factories while other factories over purchased spares.
  • Modeling the Cladding Leak Detection Shop of a Nuclear Reactor's Module
    The cladding leak detection shop is part of an automated line of fuel assembly production. Leak control is based on heating the fuel element groups. While warming up, defective units eject the control gas, which is detected by a leak locator. The defected group is divided into two parts. Each part is screened in the same way until the leaking fuel element is found.
  • Modeling and Optimization of Oil Production Using AnyLogic Fluid Library
    Canada is the third largest country to have oil reserves. However, most of the oil is in oil sand – the mixture of sand, oil, and water – which has to be heated up with steam to emit the oil. It is costly to maintain such a distribution system, and outages may lead to disruptions in steam injection and oil production. Stream Systems company applied AnyLogic simulation modeling to optimize expenditures and capture production lags