• Getting Started Using Adams Machinery
  • Introducing Adams Machinery
    • Overview
      • Starting Adams Machinery
  • Machinery Gear Tutorial
    • What You Will Create
    • Creating Gear Pair
    • Adding Motion/Friction
    • Simulation
  • Machinery Gear AT Tutorial
    • Creating a Single Helical Gear Pair
      • Prepare Your Working Directory
      • Start Adams View
      • Load the Workshop Model
      • Create Pinion Tooth Profile
      • Mesh the Pinion Tooth
      • Create Wheel Tooth Profile
      • Mesh the Wheel Tooth
      • Create the Pinion Gear AT Element
      • Create the Wheel Gear AT Element
      • Create Gear AT Force for the gear pair
      • Setup Input motion and Output Torque
      • Review the Torsion Damper
      • Verify Pinion and Wheel Gear AT Elements
      • Set the solver settings
      • Verify Simulation script and run the simulation
      • Investigate results of linear analysis
      • Investigate the simulation results
      • Save your Work
    • Creating a Bevel/Hypoid Gear Pair
      • Prepare your Working Directory
      • Start Adams View
      • Load the Workshop Model
      • Creating Pinion Tooth Property File
      • Creating Wheel Tooth Property File
      • Meshing Pinion Tooth
      • Meshing Wheel Tooth
      • Creating Pinion Gear AT Element
      • Creating Wheel Gear AT Element
      • Creating Gear AT Force for hypoid gear pair
      • Reviewing Model
      • Setup Input Motion and Output Torque
      • Set the Solver Settings
      • Verifying Simulation Script and Run the Simulation
      • Investigating the simulation results
      • Save your Work
    • Creating a Cylindrical Worm Gear Pair
      • Prepare your working directory
      • Opening Start Model
      • Loading the Workshop Model
      • Creating worm tooth property file using Gear AT Shape Definition
      • Meshing worm tooth using Gear AT Mesh
      • Creating worm wheel tooth property file using Gear AT Shape Definition
      • Meshing worm wheel tooth using Gear AT Mesh
      • Creating Worm Gear AT Element
      • Creating Worm Wheel Gear AT Element
      • Creating Gear AT Contact Force for cylindrical worm gear pair
      • Setup Input motion and Output torque
      • Set the Solver Settings
      • Verifying Worm Gear_AT Results Output Settings
      • Verify simulation script and run the simulation
      • Investigate the simulation results
      • Save your work
    • Creating a Lead Screw Gear Pair
      • Prepare your working directory
      • Opening Start Model
      • Loading the Workshop Model
      • Creating nut tooth property file using Gear AT Shape Definition
      • Meshing nut tooth using Gear AT Mesh
      • Creating spindle tooth property file using Gear AT Shape Definition
      • Meshing spindle tooth using Gear AT Mesh
      • Creating Nut Gear AT Element
      • Creating Spindle Gear AT Element
      • Creating Gear AT Contact Force for Leadscrew gear pair
      • Completed Leadscrew gear model
      • Setup Input motion and Output Torque
      • Set the Solver Settings
      • Verify simulation script and run the simulation
      • Investigating simulation results
      • Save your Work
    • Creating an Involute Spline Joint
      • Prepare your Working Directory
      • Load Gear AT Plugin
      • Load the Workshop Model
      • Create the Shaft Tooth Profile
      • Mesh the Shaft Tooth
      • Create the Hub Tooth Profile
      • Mesh the Hub Tooth
      • Create the Shaft Gear AT Element
      • Create the Hub Gear AT Element
      • Create Gear AT Spline Joint Force
      • Setup Input motion and Output Torque
      • Modify Motion
      • Apply Tooth Modifications on the Shaft Spline
      • Set the Solver Settings
      • Verify Simulation Script and Run the Simulation
      • Investigate Results of Linear Analysis
      • Investigate the Simulation Results
      • Save your Work
      • Optional Tasks
  • Machinery Belt Tutorial
    • What You Will Create
    • Creating Poly-V Grooved Belt System
    • Simulation
    • Adams PostProcessor Results
  • Machinery Chain Tutorial
    • What You Will Create
    • Creating Roller Chain System
    • Simulation
    • Adams PostProcessor Results
  • Machinery Bearing Tutorial
    • What You Will Create
    • Creating Bearing Module
    • Simulation
    • Adams PostProcessor Results
  • Machinery Bearing AT Tutorial
    • Creating Axial Cylindrical Roller Bearing
      • What You Will Create
      • Prepare your working directory
      • Start Adams View
      • Load the Bearing AT Testrig Model
      • Preprocess FE Mesh of axial cylindrical roller bearing
      • Preprocess FE Contact of axial cylindrical roller bearing
      • Creating axial cylindrical roller bearing element
      • Running a Kinematic Simulation and Saving the Results
      • Modify axial clearance of the bearing
      • Run a Kinematic Simulation and Save the Results
      • Investigating simulation results
      • Saving your Work
    • Creating a Ball and Roller Bearing
      • Prepare your working directory
      • Start Adams View
      • Load the Workshop Model
      • Create the Tilt Angle Request
      • Run a Dynamic Simulation and Save the Results
      • Investigate simulation results
      • Preprocess FE Mesh of ball bearing
      • Preprocess FE Contact of ball bearing
      • Preprocess FE Mesh of roller bearing
      • Preprocess FE Contact of roller bearing
      • Create the ball bearing using Bearing AT
      • Create the roller bearing using Bearing AT
      • Run a Dynamic Simulation and Save the Results
      • Investigate simulation results
      • Investigate simulation results
      • Modify the bearing radial clearance
      • Run a Dynamic Simulation and Save the Results
      • Animate Bearings Results
      • Modify bearing graphics
      • Investigate simulation results
      • Investigate simulation results using Adams Durability
  • Machinery Cable Tutorial
    • What You Will Create
    • Creating Rudder Module
    • Adams PostProcessor Results
  • Machinery Motor Tutorial
    • Curve Based
      • What You Will Create
      • Curve Based Method Motor Model
      • Simulation
      • Adams PostProcessor Results
    • Analytical
      • What You Will Create
      • Analytical Method Motor Model
      • Simulation
      • Adams PostProcessor Results
    • External
      • What You Will Create
      • External Method Motor Model
      • Simulation
      • Adams PostProcessor Results
  • Machinery Emag AT Tutorial
    • Creating an Electric Motor
      • Prepare Your Working Directory and Start Adams View
      • Load the Workshop Model
      • Create Harmonic files
      • Create Electromagnetic Force File
      • Swap rigid MNF’s for flexible MNF’s
      • Create Emag AT Electromagnetic Force
      • Create acceleration measure on motor housing
      • Setup Output Motion and Torque Demand
      • Verify the solver settings
      • Verify Simulation script and run the Simulation
      • Investigate the Simulation Results
      • Save your Work
  • Machinery Cam Tutorial
    • What You Will Create
    • Creating Cam Model
      • Steps for Running Example
      • Define Desired Follower Motion
      • Derive Cam Profile
      • Cam-Follower System Creation
  • Romax to Adams
    • Workflow in Romax for Time Domain Analysis with Flexible Bodies
    • What You Will Create
    • Steps for Running Example
    • Perform an Analysis
    • Workflow for Time Domain Analysis with Flexible Bodies
    • Manually Converting Adams Machinery Objects to AT Objects:

Getting Started Using Adams Machinery

Manually Converting Adams Machinery Objects to AT Objects:

gear_at_cylindrical_gear

gear_at_hypoid_gear

gear_at_worm_gear

gear_at_leadscrew_gear_pair

gear_at_involute_spline_joint

bearing_at_cylindrical_roller_bearing

bearing_at_ball_roller_bearing

cable_tutorial

motor_tutorial

cam_tutorial