Take your business on a digital transformation journey with im体育APP Digital 工程 to drive performance, predict future outcomes and solve complex problems.
阅读以下im体育平台app下载客户的成功案例,了解我们的数字工程服务如何让您在竞争中领先.
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Integrity Assurance to Determine Additive Manufacturing Safety for Critical Components
案例研究,解决核工业和航空航天工业中使用的关键部件的增材制造安全性.
The danger of high-altitude ice crystals to jet engine reliability
了解我们如何使用CFD模型来确保喷气发动机在遇到高海拔结冰造成堵塞的情况下可靠运行.
Simulating gust-induced sloshing in the fuel tank of a liquid hydrogen powered aircraft
阅读我们的数字工程团队如何使用数字模拟来调查飞机在地面和飞行中由晃动的液氢燃料引起的热动力学和流体动力学相关问题.
Built Environment
Read our case studies to learn how our Digital 工程 team helps develop, improve and strengthen construction processes, 系统, 和产品, ensuring compliance, 质量, and safety of a construction project.
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Calculating the danger of channeled wind on an urban development
Learn how numerical modeling and smart architecture practices reduced the danger of channeled wind on an urban development.
氢 fuel cell design
To improve the design of hydrogen fuel cells, im体育APP Digital 工程 used CFD modeling to help optimize the flow paths within the cell core.
氢 & 可再生能源
阅读我们的案例研究,了解我们的数字工程团队如何在能源转型的前沿与能源公司合作.
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氢 Fuel Cell Explosion Risk Assessment
了解我们的数字工程团队如何使用数字建模来确定燃料电池安全壳是否能够承受氢燃料电池爆炸.
氢 fuel cell design
To improve the design of hydrogen fuel cells, im体育APP Digital 工程 used CFD modeling to help optimize the flow paths within the cell core.
建模 氢 Dispersion Mitigation in an Enclosed Space
了解我们如何利用计算流体动力学(CFD)模拟来验证现有的封闭空间中氢分散缓解策略的有效性, ensuring safety and compliance in hydrogen fuel utilization.
Techno-Economic Assessment for Vanadium Redox Flow Battery Project
我们进行了技术经济评估,以探讨投资钒氧化还原液流电池制造设施是否具有经济意义.
Review into 能源 Storage Technologies
阅读我们的团队如何进行技术经济分析,以确定钒氧化还原液流电池(VRFB)制造的投资机会.
Simulating gust-induced sloshing in the fuel tank of a liquid hydrogen powered aircraft
阅读我们的数字工程团队如何使用数字模拟来调查飞机在地面和飞行中由晃动的液氢燃料引起的热动力学和流体动力学相关问题.
海洋
阅读我们的案例研究,了解我们的数字工程团队如何与海洋客户合作,克服最恶劣和最复杂的环境中的挑战.
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Using Hydrodynamic 建模 to Improve Power and Performance
了解im体育APP Digital 工程如何使用水动力模型来提高水下遥控船(ROV)的功率和性能。.
矿业
阅读我们的案例研究,了解我们的数字工程团队如何开发智能采矿解决方案,使采矿业受益.
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Optimization of Rock Crushing Equipment
阅读我们的案例研究,了解im体育APP Digital 工程如何与一家全球矿业公司合作,优化其岩石破碎机的设计.
Optimization of a Hydrocyclone Performance
阅读我们的案例研究,了解im体育APP Digital 工程最近如何与一家全球知名的矿业公司合作,优化水力旋流器的性能.
核
Read our case studies to discover examples of how our Digital 工程 team overcome challenges to improve safety, increase efficiency and add value in the nuclear industry.
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Integrity Assurance to Determine Additive Manufacturing Safety for Critical Components
案例研究,解决核工业和航空航天工业中使用的关键部件的增材制造安全性.
Diverter Heat Exchanger Design for UK Atomic 能源 Authority
阅读我们的团队如何赢得为英国原子能机构STEP计划(用于能源生产的球形托卡马克)设计转化器热交换器的竞赛。.
石油 & 气体
Discover how our Digital 工程 team can support the oil & 气体 sector to overcome complex challenges.
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Composite Repair Integrity for Offshore Pipeline Project
案例研究:我们如何利用结构可靠性评估(SRA)向客户和监管机构展示管道项目复合修复的安全性.
Using Hydrodynamic 建模 to Improve Power and Performance
了解im体育APP Digital 工程如何使用水动力模型来提高水下遥控船(ROV)的功率和性能。.
Simulating Offshore Platform Data to Determine Trigger of Safety Release Valve
请阅读我们是如何确定触发安全释放阀并导致海上平台关闭的屈曲销失效的.
Flow Induced Vibration Accelerating Fatigue Failure in Piping 系统s
了解流动诱发振动(FIV)和声波诱发振动(AIV)是如何加速管道系统疲劳失效的, and how we used computational fluid dynamics (CFD) to calculate fatigue lives for critical elements.
Predicting Component Life with Corrosion 建模
阅读我们如何利用计算流体动力学来准确预测管道部件的烧穿位置和发生故障所需的时间.
Optimizing Separator Process Performance with Fluid Dynamics 建模
阅读我们的数字工程团队如何利用数字建模技术来优化分离气体和液体时的性能, for a company working within the oil and 气体 sector.
Stress Analysis of Low-cost, Low-weight Safety Device used to Deflect Jet Fires
Learn how im体育APP Digital 工程 used fluid dynamics to perform stress analysis of low-cost, low-weight safety device required to deflect jet fires from leaking pipe flanges away from personnel and equipment.
Optimizing Subsea Cathodic Protection
了解im体育APP Digital 工程如何利用先进的数字建模工具,如有限元分析(FEA),优化海底阴极保护.
运输
Read our case studies to learn how our Digital 工程 team work in partnership with rail sector clients to improve safety, optimize performance and reduce reliance on diesel engines.
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Improving Aerodynamic Performance of Angel Trains Rolling Stock
阅读我们的空气动力学性能案例研究,了解我们的数字工程团队如何利用计算流体动力学来优化天使列车车辆的设计.
Route Assessment for Battery Powered Train
英国一家大型铁路租赁公司正在评估大型电池是否可以提供电力,让电动火车沿着线路的非电气化部分行驶,以消除柴油牵引.
氢 fuel cell design
To improve the design of hydrogen fuel cells, im体育APP Digital 工程 used CFD modeling to help optimize the flow paths within the cell core.
Smart Cat's Eyes - Preliminary Design Assessment
请阅读我们是如何为一位运输im体育平台app下载的客户提供支持的,这位客户找到我们,想要确定现有的猫眼壳是否足以保护他们新设计的智能猫眼中的电子设备.
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Improving lamella clarifiers cleaning performance through CFD simulation
阅读我们如何用计算流体动力学(CFD)模拟片层澄清器清洗系统以优化其性能.
Improving emissions performance within waste-to-heat process system
Learn how we used modeling and simulation to help develop a compact waste-to-heat process system, that minimized thermal stresses and maximized environmental emissions performance.