尊敬的客户，您工作中是否遇到以下疑问：如何更好的扫描叶片进出气边？如何建立检测基准？如何快速方便地分析叶型数据？
Aerospace
Propulsion Efficient quality control for turbine blade manufacturing Manufacturers and suppliers use optical measurement technology to accelerate production start-up time long before first sample testing actually takes place. What’s more, GOM systems provide a full range of control functions during the production process. Inspection of ceramic cores Inspection of wax models Analysis of shrinkage and warp Optimization of injection molds/processes Control of cooling tunnel systems (EMP) Shape and dimension analysis of cast and forged components Housings & Components GOM systems […]
Propulsion
Fuselage & Cabin CFD Analysis & CAD Comparison Computer simulations are used to optimize aircraft design during the development phase. GOM’s ATOS 3D digitizer supplies dense and precise polygon mesh representations of an aircraft’s “as built” condition to obtain a realistic matching CFD analysis. The 3D data is also valuable for symmetry checks and for detecting damage to working prototypes, caused for example by hard landings. Material, Jointing & Component Testing Optical metrology analyzes the mechanical properties and behavior of […]
Fuselage & Cabin
Wind Tunnel Testing 3D scanning verifies the “as built” vs. “as designed” shape of scale models in wind tunnel testing to ensure that scaling does not cause deviations. In addition, GOM’s ARAMIS high-speed deformation measurement system analyzes vibrations and deflections caused by wind load in the wind tunnel online and in real time. This makes it possible to analyze wing behavior at specific speeds and in different flight maneuvers. Reverse Engineering Internal and external 3D aircraft scanning supplies 3D CAD […]