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DynoPTS • Vijayawada

MSC Adams Training in Vijayawada

The MSC Adams course covers modelling and simulation of mechanical systems with moving bodies. Students learn rigid-body creation, joints, constraints, forces, motion inputs, kinematic and dynamic analysis, result plotting and mechanism evaluation.

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Course Description

The MSC Adams course covers modelling and simulation of mechanical systems with moving bodies. Students learn rigid-body creation, joints, constraints, forces, motion inputs, kinematic and dynamic analysis, result plotting and mechanism evaluation.

50 Days Course Duration

Regular learning path with detailed concepts, guided practicals, assignments and project-oriented exercises.

20 Days Crash Course Duration

Fast-track learning path focused on the most important tools, workflows and practical applications.

Course Objectives

1.Understand multibody dynamics concepts.
2.Navigate the Adams modelling environment.
3.Create rigid mechanical parts.
4.Define masses and inertial properties.
5.Create joints and kinematic constraints.
6.Apply forces, torques and motion inputs.
7.Build mechanism assemblies.
8.Run kinematic simulations.
9.Run dynamic simulations.
10.Measure displacement, velocity and acceleration.
11.Evaluate forces and reaction loads.
12.Create plots and animations.
13.Check mechanism behaviour and interference.
14.Modify designs based on simulation results.
15.Complete a practical mechanism-dynamics project.

Course Format

Multibody dynamics and Adams interface.
Parts, mass properties and constraints.
Joints, motions and force elements.
Kinematic and dynamic simulations.
Measures, plots and animation.
Mechanism-design exercises.
Final project and certification preparation.

Who Can Join?

Diploma, B.Tech, M.Tech students, fresh graduates, working professionals and project/research students who need practical MSC Adams skills can join. Training depth can be adjusted based on the learner's background and requirement.

Training Outcome

By the end of the course, learners are expected to understand the software workflow, complete guided practical exercises, prepare relevant engineering outputs and apply the software to academic or industry-oriented project work.

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