与im体育APP digital 工程一起带领您的企业踏上数字化转型之旅，以提高绩效, 预测未来的结果和解决复杂的问题.

Read our client success stories from the following sectors to learn how our 数字工程 services will keep you ahead of the competition.

航空航天元件
案例研究

航空航天

Read our aerospace case studies to discover how the 数字工程 team work with clients to maintain safety and increase efficiency within the sector.

阅读我们最新的案例研究
确定关键部件增材制造安全性的完整性保证

Case study addressing additive manufacturing safety for critical components used within the nuclear and aerospace industries.

高空冰晶对喷气发动机可靠性的危害

Learn how we used a CFD model to ensure the reliable operation of a jet engine encountering ice growth causing blockages at high altitude.

模拟液氢动力飞机燃料箱中阵风引起的晃动

Read how our 数字工程 team used digital simulation to investigate the problems associated with thermo- and fluid dynamics resulting from sloshing liquid hydrogen fuel whilst the aircraft is grounded and in flight.

建筑施工岩土工程勘察
案例研究

建筑环境

阅读我们的案例研究，了解我们的数字工程团队如何帮助开发, 改进和加强施工工艺, 系统, 和产品, 确保遵从性, 质量, 以及建筑工程的安全.

阅读我们最新的案例研究
计算导风对城市发展的危害

了解数值建模和智能建筑实践如何减少城市发展中风道的危险.

氢燃料电池设计

改进氢燃料电池的设计, im体育APP 数字工程使用CFD建模来帮助优化芯内的流动路径.

计算流体动力学(CFD)在建筑规划中的应用
太阳能和风能
案例研究

氢 & 可再生能源

Read our case studies to learn how our 数字工程 team has worked in partnership with energy companies at the forefront of the energy transition.

阅读我们最新的案例研究
氢燃料电池爆炸风险评估

Learn how our 数字工程 team used digital modeling to determine whether a fuel cell containment vessel would withstand a hydrogen fuel cell explosion.

氢燃料电池设计

改进氢燃料电池的设计, im体育APP 数字工程使用CFD建模来帮助优化芯内的流动路径.

封闭空间中氢扩散减缓模型

Discover how we made use of Computational Fluid Dynamics (CFD) simulations to validate the effectiveness of existing hydrogen dispersion mitigation strategies in enclosed spaces, 确保氢燃料使用的安全和合规. 

钒氧化还原液流电池项目技术经济评价

We carried out a techno-economic assessment to explore whether there was an economic case for investing in a vanadium redox flow battery manufacturing facility.

储能技术综述

Read how our team carried out techno-economic analysis to ascertain the investment opportunities in Vanadium Redox Flow Battery (VRFB) manufacturing.

模拟液氢动力飞机燃料箱中阵风引起的晃动

Read how our 数字工程 team used digital simulation to investigate the problems associated with thermo- and fluid dynamics resulting from sloshing liquid hydrogen fuel whilst the aircraft is grounded and in flight.

案例研究

海产的

Read our case studies to learn how our 数字工程 team work alongside marine clients to overcome challenges in the harshest and most complex environments.

阅读我们最新的案例研究
利用流体动力学建模来提高动力和性能

Learn how im体育APP 数字工程 used a hydrodynamic model to improve the power and performance of an underwater Remotely Operated Vehicle (ROV).

水动力学建模-数字工程
采矿设备
案例研究

矿业

Read our case studies to learn how our 数字工程 team has developed smart mining solutions to benefit the mining sector.

阅读我们最新的案例研究
岩石破碎设备的优化 

Read our case study to learn how im体育APP 数字工程 has worked with a global mining company to optimize the design of their rock crushing machines.

水力旋流器性能的优化

Read our case study and discover how im体育APP 数字工程 has recently worked with a globally renowned mining company to optimize the performance of hydrocyclones.

水力旋流器CFD建模
案例研究

核

阅读我们的案例研究，了解我们的数字工程团队如何克服挑战，提高安全性, 提高核工业的效率和附加值.

阅读我们最新的案例研究
确定关键部件增材制造安全性的完整性保证

Case study addressing additive manufacturing safety for critical components used within the nuclear and aerospace industries.

英国原子能管理局分流式热交换器设计

Read how our team won the competition to design a diverter heat exchanger for the UK Atomic 能源 Authority STEP program (Spherical Tokamak for 能源 产品ion).

石油和天然气
案例研究

石油 & 气体

了解我们的数字工程团队如何支持机油 & 天然气im体育平台app下载克服复杂挑战.

阅读我们最新的案例研究
海上管道工程的复合修复完整性

Case study on how we utilized Structural Reliability Assessment (SRA) to demonstrate the safety of composite repair on pipeline project to the client and regulator.

利用流体动力学建模来提高动力和性能

Learn how im体育APP 数字工程 used a hydrodynamic model to improve the power and performance of an underwater Remotely Operated Vehicle (ROV).

模拟海洋平台数据确定安全泄放阀触发

Read how we identified buckling pin failure as the cause of triggering safety release valve and leading to offshore platform shutdown.

流动诱发振动加速管道系统疲劳失效

Learn how Flow Induced Vibration (FIV) and Acoustic Induced Vibration (AIV) - induced by flow - accelerates fatigue failure in piping 系统, 以及我们如何使用计算流体力学(CFD)来计算关键元件的疲劳寿命.

用腐蚀模型预测部件寿命

Read how we utilized Computational Fluid Dynamics to accurately predict the location of the burn-through of pipe components and the time taken to failure.

利用流体动力学建模优化分离器过程性能 

Read how our 数字工程 team utilized digital modeling techniques to optimize performance when separating 气体es and liquids, 对于一家从事石油和天然气im体育平台app下载的公司来说.

用于偏转喷气式飞机火灾的低成本、低重量安全装置的应力分析

了解im体育APP数字工程如何使用流体动力学进行低成本应力分析, 需要一种低重量的安全装置，使泄漏管道法兰的喷射火远离人员和设备.

优化海底阴极保护

Discover how im体育APP 数字工程 optimizes subsea cathodic protection by employing advanced digital modeling tools like Finite im体育APP Analysis (FEA). 

流体动力学建模
C:\Users\pgabey\OneDrive - im体育APP Materials 技术\数字工程\案例研究 + White Papers\案例研究\All Norton Straw 案例研究\images
案例研究

运输

阅读我们的案例研究，了解我们的数字工程团队如何与铁路部门合作 为客户提高安全性，优化性能，减少对柴油发动机的依赖.

阅读我们最新的案例研究
改进天使列车车辆的气动性能

Read our aerodynamic performance case study to learn how our 数字工程 team utilized computational fluid dynamics to optimize the design of Angel Trains rolling stock.

电池动力列车的路线评估

A major UK rail leasing company was looking to assess whether a large battery could provide the power to take an electric train along an unelectrified section of the line to eliminate diesel traction.

氢燃料电池设计

改进氢燃料电池的设计, im体育APP 数字工程使用CFD建模来帮助优化芯内的流动路径.

智能猫的眼睛-初步设计评估

Read how we supported a client in the transport industry who approached us to determine whether existing cat's eye shells would sufficiently protect the electronics within their new design for a smart cat’s eye.

 
氢燃料电池设计分析
数字工程公用事业
案例研究

公用事业公司

Read our case studies to learn how our 数字工程 team work in partnership with clients in the utilities industry to optimize performance and lower emissions.

阅读我们最新的案例研究
通过CFD模拟改善片层澄清器的清洗性能

Read how we simulated a lamella clarifiers cleaning system with computational fluid dynamics (CFD) to optimize its performance.

改善废热处理系统的排放性能

了解我们如何使用建模和仿真来帮助开发一个紧凑的废热处理系统, 这样可以最小化热应力并最大化环境排放性能. 

改善废热系统排放

我们的团队超过9人,在北美聘用了000名专家, 欧洲, 中东地区, 澳大利亚, 亚洲和非洲随时准备帮助你们.

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