Project Chrono Concrete
CtrlK
  • Project CHRONO
  • CHANGELOG
  • Project CHRONO Platform Testing
  • contrib
    • Utility scripts for configuring, building, and installing Chrono 3rd-party dependencies
  • doxygen
    • documentation
      • Brief Introduction
      • mainpage
      • installation
        • Install Chrono Solidworks
        • Building a Docker Image with Chrono
        • Install Chrono
        • Build Chrono for WASM
        • Installation Guides
        • Building a project that uses Chrono
        • Install the CASCADE module
        • Install the CSHARP module
        • Install the FMI module
        • Install the FSI module
        • Install the GPU module
        • Install the IRRLICHT module
        • Install the MATLAB module
        • Install the Pardiso MKL module
        • Install the MODAL module
        • Install the MULTICORE module
        • Install the MUMPS module
        • Install the PARSERS module
        • Install the POSTPROCESS module
        • Install the PYTHON module
        • Install the ROS module
        • Install the SENSOR module
        • Install the SYNCHRONO module
        • Install the VEHICLE module
        • Install the VSG module
      • tutorials
        • Tutorials
        • cascade
          • Chrono CASCADE module tutorials
          • A small application for converting STEP files (demo_CAS_converter.cpp)
          • Load a STEP file (demo_CAS_stepfile.cpp)
          • demo_robot
        • chrono
          • Chrono core tutorials
        • cosimulation
          • Chrono socket communication tutorials
          • demo_cosim_hydraulics
        • documentation
          • Documenting code with Doxygen
          • Documentation tutorials
          • Writing white papers
        • fea
          • Chrono FEA tutorials
          • Load an Abaqus mesh with tetrahedrons (demo_FEA_abaqus_wheel.cpp)
          • ANCF shells (demo_FEA_shellsANCF_3423.cpp)
          • Introduction to FEA nodes and elements (demo_FEA_basic.cpp)
          • Introduction to FEA beams (demo_FEA_beamsEuler.cpp)
          • Use bricks for solid meshes (demo_FEA_hexaANCF_3813.cpp)
          • Introduction to FEA cables (demo_FEA_cables.cpp)
          • Three dimensional contact for FEA meshes (demo_FEA_contacts_SMC.cpp)
          • Apply cosimulated loads to amesh (demo_FEA_cosimulate_load.cpp)
          • Perform electrostatics analysis (demo_FEA_electrostatics.cpp)
          • Apply loads (demo_FEA_loads_static.cpp)
          • Reissner shells (demo_FEA_shellsReissner.cpp)
          • Perform thermal analysis (demo_FEA_thermal.cpp)
          • Visualize FEA meshes (demo_FEA_visualize.cpp)
        • fmi
          • Chrono FMI module tutorials
        • fsi
          • Chrono FSI module tutorials
        • gpu
          • Chrono GPU module tutorials
        • irrlicht
          • Chrono IRRLICHT module tutorials
          • Irrlicht assets example (demo_IRR_assets.cpp)
        • matlab
          • Chrono MATLAB module tutorials
          • Plot ChFunction objects in Matlab (demo_MTLB_functions_plot.cpp)
          • Matlab engine example (demo_MTLB_matlab.cpp)
        • mbs
          • Chrono MBS module tutorials
          • Falling bricks example (demo_MBS_bricks.cpp)
          • Collision example (demo_MBS_collisionNSC.cpp)
          • Conveyor belt example (demo_MBS_conveyor.cpp)
          • Slider crank example (demo_MBS_crank.cpp)
          • Forklift example (demo_MBS_forklift.cpp)
          • Four-bar linkage example (demo_MBS_fourbar.cpp)
          • Rolling and spinning friction example (demo_MBS_friction.cpp)
          • Gear constraint example (demo_MBS_gears.cpp)
          • Mecanum omnidirectional robot example (demo_MBS_mecanum.cpp)
          • Example on using motors and actuators (demo_MBS_motors.cpp)
          • Pendulum example (demo_MBS_pendulum.cpp)
          • Basic suspensions example (demo_MBS_suspension.cpp)
          • Tracked vehicle example (demo_MBS_tracks.cpp)
        • multicore
          • Chrono MULTICORE module tutorials
        • postprocess
          • Chrono POSTPROCESS module tutorials
          • demo_gnuplot
          • demo_povray
        • pychrono
          • demo_tensorflow
          • PyChrono tutorials
        • python
          • Chrono PYTHON module tutorials
        • ros
          • Chrono ROS module tutorials
        • sensor
          • Chrono SENSOR module tutorials
        • slides
          • Chrono 3.0.0 training material
        • solidworks
          • Chrono::SolidWorks© tutorials
          • demo_engine
          • demo_engine_advanced
          • demo_shapes
          • Make a spider robot in SolidWorks and simulate it
        • synchrono
          • Chrono SYNCHRONO module tutorials
        • vehicle
          • Chrono VEHICLE module tutorials
      • manuals
        • chrono
          • collisions
          • coordinate_transformations
          • links
          • Loads
          • Chrono Core User Manual
          • manual_fea
          • manual_fea_elements
          • manual_fea_nodes
          • mathematical_objects
          • Introduction to Modules
          • motors
          • rigid_bodies
          • simulation_system
          • Visualization System
        • deme
          • Install DEM-Engine
          • DEM-Engine usage
          • DEM-Engine
        • importer_blender
          • Chrono::Blender
          • Install Chrono Blender
        • modal
          • Chrono::Modal Reference Manual
        • parsers
          • Chrono::Parsers
        • pychrono
          • Install PyChrono
          • PyChrono
          • PyChrono technology reference
        • ros
          • How to Create a Custom ROS Handler
          • Chrono::ROS Reference Manual
          • Chrono::ROS
        • sensor
          • GPS Sensor Model
          • IMU Sensor Model
          • Camera Sensor Model
          • Lidar Sensor Model
          • Chrono::Sensor Reference Manual
          • Radar Sensor Model
          • Overview of Chrono::Sensor
          • Tachometer Sensor Model
        • solidworks
          • manual_chrono_solidworks
        • synchrono
          • How to Add a New Agent to SynChrono
          • SynChrono Reference Manual
          • State Synchronization with DDS and MPI
          • SynChrono
          • Deformable Terrain Synchronization
          • Wheeled and Tracked Vehicle Synchronization
        • vehicle
          • Chrono::Vehicle Reference Manual
          • Track assembly
          • Idler models
          • Test rigs
          • Track shoe models
          • Sprocket models
          • Suspension models
          • Tracked vehicles
          • Vehicle chassis
          • Driver subsystem
          • Vehicle models
          • Overview of vehicle modeling and simulation
          • Powertrain models
          • Terrain models
          • Visualization
          • Driveline models
          • Test rigs
          • Steering mechanism models
          • Suspension models
          • Tire models
          • Wheeled vehicles
        • visualization
          • Blender Visualization (Offline)
          • Irrlicht Visualization (Run-Time)
          • Chrono Visualization
          • POV-Ray Visualization (Offline)
          • VSG Visualization (Run-Time)
  • src
    • For information about the pychrono.sensor module including reasons/motives leveraged in the interfac
    • SynChrono
    • Unit test and benchmark tests
    • chrono_models
      • Chrono::Vehicle Model Library
    • chrono_swig
      • PyChrono Sensor Module
    • chrono_thirdparty
      • cxxopts
      • MPark.Variant
        • LICENSE
    • chrono_vehicle
      • Chrono::Vehicle FMUs
    • demos
      • Chrono C# demos
      • tools
        • Blender_py & chrono usage
      • vehicle
        • Chrono::Vehicle FMI demos
    • chrono
      • collision
        • Bullet classes embedded in Chrono
  • data
    • models
      • FlightHelmet
    • vehicle
      • M113
      • M113_RS
      • MAN_Kat1
      • Polaris
      • duro
      • feda
      • Resources for various Chrono::Vehicle FMUs
      • gator
      • gclass
      • hmmwv
      • longhaul
      • mrole
      • mtv
      • uaz
      • unimog
Powered by GitBook
On this page
  1. doxygen
  2. documentation
  3. manuals

solidworks

manual_chrono_solidworks
PreviousTachometer Sensor ModelNextmanual_chrono_solidworks

Last updated 2 years ago