MSC CAEfatigue 2024.2 Full Version

هو إصدار حديث ومتطور من الحلول البرمجية المتخصصة في تحليل التعب (Fatigue Analysis) والتنبؤ بدورات حياة المواد والهياكل تحت تأثير الأحمال الديناميكية. يُعتبر هذا البرنامج أداة قوية في تصميم المنتجات الهندسية عالية الأداء والمستخدمة في قطاعات مثل السيارات، الطيران، والهندسة الميكانيكية.

File Size: 3.9 GB

Advanced Random Impact Analysis Algorithms, Many automotive and aerospace systems require load analysis and collision avoidance of individual components under severe vibration conditions caused by in-service shock. An efficient frequency domain analysis technique has been developed to perform durability and response assessment in a single analysis. Using the data obtained from advanced random impact analysis, root mean square (RMS) displacements, velocities, accelerations, and forces, as well as power spectral density (PSD) plots can be determined for both absolute and relative responses of the structure. Additionally, a residual sum of squares (RSS) is calculated to account for all cross-responses.

New post-processing features allow the relative response of any node to be compared with other nearby nodes to check for collisions with adjacent components and to perform chatter analysis. The maximum response is determined by the root mean square (i.e. 3.0*RMS) value of the deviation from the corresponding probability level obtained according to the Gaussian or Rayleigh distribution, or using a method taking into account the number of response cycles. The results of calculations using the algorithm for calculating the response to random action (Advanced Random Analysis) are an excellent complement to the tasks of predicting the response of a structure under complex loading conditions, which are encountered in many engineering problems in a wide variety of industries.