ADAMS Advanced Training on Structural Dynamics in Practical Combat and Engineering Applications

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Adams software has rapidly developed into the most widely used mechanical system dynamics simulation tool in CAE field by its leading concept and technology of "virtual prototype". It occupies most market share in the CAE analysis field in the world and is widely used in aerospace, aviation, automobile, weapon, ship, electronics, engineering equipment and heavy machinery industries. Many international large companies, Adams software is adopted by enterprises as a platform for mechanical system dynamics simulation in the process of product design and development.

In order to let the majority of analysts according to their own simulation needs, learn and master Adams powerful modeling and simulation analysis functions, ADAMS structural multi-body dynamics actual combat and engineering applications training. Customized training content, through a large number of theoretical and practical examples, enables students to master the principles and methods of Adams multi-body dynamics analysis in a relatively short time, and solve hot problems in engineering applications.

I. Thematic goal: Based on multi-body dynamics theory and practice, through ADAMS basic operation and case practice, have the ability to use ADAMS to complete dynamic analysis and simulation of specific problems.

II. Engineering cases: 12 engineering cases are given to explain in detail how to realize the whole operation process of problem analysis, modeling, constraint creation, load application, calculation and post-processing for engineering problems.

III. Typical problems: dynamic analysis and simulation of common kinematic mechanisms.

IV.knowledge points: multi-body dynamics, ADAMS core functions, virtual prototype technology

V. Course Outline

module	training target	main content
ADAMS basic functions and engineering example operation	Understand the basic functions of ADAMS software and have the ability to establish different solid models	Basic Theory of Multibody Dynamics ADAMS/View Interface Layout and Function ADAMS Basic Module ADAMS Extension Module ADAMS special module Basic modeling (creating basic geometry, complex geometry, flexible geometry) Case 01: Four-bar linkage entity creation Case 02:Entity creation for ball collision problem
ADAMS advanced functions and engineering examples	Understand the advanced functions of ADAMS software, and have the ability to perform advanced operations on complex engineering problems through constraint creation and load application.	Create Ideal, Screw, Gear Pair, Coupling Pair Constraints Creating Virtual Constraints,Higher Pair Methods Definition and Skills of Institutional Sports Definition and application of loads Definition of flexible connection and its application skills Contact model and its force treatmentpoints Case 03:ADAMS simulation of simple four-bar linkage (crank slider) Case 04: ADAMS simulation of crank linkage mechanism
ADAMS post-processing application skills	Master ADAMS engineering post-processing, and have the ability to evaluate the results	1) ADAMS/Postprocessor function and basic operation 2) ADAMS curve drawing post-processing function 3) ADAMS drawing curve export and animation post-processing function 4) ADAMS curve processing Case05: Motion Simulation of Automobile Suspension System
ADAMS Engineering Advanced Application Function Application and Processing	Master ADAMS function tools and have the ability to deal with complex engineering problems	Detailed explanation of basic auxiliary functions of ADAMS constraint driving function Detailed explanation of low pair function of ADAMS constraint driving function ADAMS Initial Conditions Advanced Features Detailed Explanation ADAMS Measurement Function Application Scenarios and Skills ADAMS Common Functions IF Application Scenarios and Skills ADAMS Common Functions Step Application Scenarios and Skills ADAMS Common Functions Spline Application Scenarios and Skills ADAMS Common Functions Diff Application Scenarios and Skills ADAMS Common Functions Contact Application Scenarios and Skills Case 06: Cam transmission ADAMS simulation Case 07: ADAMS Simulation of Heavy Load Push Motion Case 08: Rocket Launch Motion Simulation ADAMS Case 09: Motion simulation of ejection mechanism ADAMS Case 10: ADAMS simulation of large clearance kinematic pair (crank slider)
ADAMS key functions and technical application skills	Master ADAMS core functions, and have solution convergence and engineering application ability	Technical Details of Parasolid (.x_t) Format Import from ADAMS Detailed explanation of ADAMS component dat format import technology Detailed explanation of stp format import technology of ADAMS component ADAMS key function constraint application skills ADAMS key function hinge/kinematic pair application skills ADAMS key function force element technical characteristics ADAMS key functions external force/load application skills ADAMS Key Function Coordinate System Common Function Applications ADAMS Key Features Degrees of Freedom Common Application Scenarios ADAMS Component Attributes Rigid Body and Flexible Body Application Characteristics ADAMS Component Attributes Material Attributes and Geometric Attributes Correction ADAMS Component Attributes Boolean Operation Application Characteristics Case 11: Free Fall Motion ADAMS Simulation Case 12: Motion simulation of projectile in ADAMS
Spare Case		Case 13: ADAMS Simulation of Spring Damping Mechanism Case 14: ADAMS simulation of pendulum mechanism Case 15: Crane Kinematic Mechanism ADAMS Simulation Case 16: ADAMS Simulation of Press Motion Case 17: ADAMS simulation of planetary gear train mechanism Case 18: ADAMS Simulation of Inclined Mechanism

VI. Fees

4,000 USD/person (Group discounts: 10% for 2 attendees, 15% for 3+; 10% for students/teachers with ID). Accommodation not included.
Optional Vocational Skills Certification (1,600 USD) issued by Boye Engineering Technology, valid for career advancement.

Contact:

Prof. Tian：WhatsApp：+86 15029941570 | Mailbox：540673737@qq.com