從一開始就將飛機認證計劃與專案計劃相結合,以建立持續的可見性、縮短週期時間並降低風險。收集和連接資料以實現可追溯性和順利的資料交換。利用全面的數位孿生可以更快、更準確地存取所有驗證和認證數據。
獲得完全可追溯的數據鏈,減少對物理測試的依賴,及早發現問題以避免不必要的重新測試,輕鬆證明合規性並最終降低風險以加快認證時間。使用我們的解決方案,客戶看到了改進:
利用我們的飛機需求管理解決方案來監督工程變更。(Fokker Services)
設計高品質、可認證的飛機,同時減少週期時間計算、測試和成本。(Lisa Airplanes)
建立可追蹤的資料鏈,即時收集和連接合規工件,以減少紙本文件高達 100%。(Fokker Services)
將人員、數據和全球流程連結起來,並將自動化引入飛機認證的規劃、調度、執行和管理。簡化新型設計的認證。
探索我們的解決方案涵蓋的三個途徑,幫助您實現準確、高效的適航合規性。
By connecting regulatory requirements to a digital model — starting at the earliest stage (systems engineering requirements) — you build verification and certification deliverables into daily design, analysis and testing workflows. By integrating verification testing and certification into the overall program plan, you maximize the applicability of your physical testing to show compliance.
The model-based approach to data management automatically enables traceability because compliance artifacts are collected and connected in real time, instead of manually gathering and collecting data after verification and testing activities. Data is able to be traced forward and backward across the certification process. A verification process that is concurrent with design helps you reduce risks, reduce effort and shorten cycle times because all stakeholders are using current and correct data.
By keeping all elements for the proof of compliance in context in the comprehensive digital twin, you can reduce the time and costs needed to produce the engineering data for verification testing. This is true whether these elements are based on comparison or similarities with the previous programs, virtual test-based or physical test-based.
消除昂貴的測試,同時仍證明適航性。(TLG 航空航太)
將創新的適航產品更快推向市場。(Airbus Helicopters)
在更短的時間內產生準確的測試結果。(DLR)
TLG Aerospace
Aerospace & defense
Seattle, Washington, United States
Simcenter 3D Solutions, Simcenter STAR-CCM+
我們現在可以競標範圍更大、更具競爭力的項目,將節省的成本回饋給我們的客戶,並用我們的錢做更多的事情。