《Using ADAMSEngine For Analyzing Crankshaft Loads And Torsion Vibration》.pdfVIP

Using ADAMS/Engine For Analyzing Crankshaft Loads And Torsion Vibration. MSc. Ignacio Manzo: Author PhD. Noel Leon: Coauthor Monterrey Tech. Table of Contents Introduction Hypothesis Objective - Project development ADAMS/View model ADAMS/Engine model Results Conclusions Introduction. • Difficulty to obtain information • Virtual Product Development as tool to Problem’s Analysis • CAD/CAE Tools. - Mechanical Desktop 6. ADAMS/Engine. Hypothesis. • Dynamics and vibratory forces are the main Cause of engine component failures. With computer engineering aides like ADAMS/Engine it is possible to determine these dynamic forces transmitted between components and analyze them to control functional parameters with the objective to maintain them within permissible limits. - Objective. • The main objective of this work is to complete the entire forces analysis and apply in the main bearing of the four-cylinder internal combustion engine, as well as the resultant torque base on the result obtained from ADAMS/Engine. - Project Development - Project Development ADAMS/View model ADAMS Auto/Flex. - ADAMS/Engine model Template Builder. Standard Interface . ADAMS/View model - ADAMS/View model Assembly in ADAMS/View model. - ADAMS/Engine model