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gearpy
gearpy

Library

  • gearpy
    • mechanical_objects
      • DCMotor
        • angular_acceleration
        • angular_position
        • angular_speed
        • compute_electric_current
        • compute_torque
        • drives
        • driving_torque
        • electric_current
        • electric_current_is_computable
        • inertia_moment
        • load_torque
        • maximum_electric_current
        • maximum_torque
        • name
        • no_load_electric_current
        • no_load_speed
        • pwm
        • time_variables
        • torque
        • update_time_variables
      • Flywheel
        • angular_acceleration
        • angular_position
        • angular_speed
        • driven_by
        • drives
        • driving_torque
        • inertia_moment
        • load_torque
        • master_gear_efficiency
        • master_gear_ratio
        • name
        • time_variables
        • torque
        • update_time_variables
      • GearBase
      • HelicalGear
        • angular_acceleration
        • angular_position
        • angular_speed
        • bending_stress
        • bending_stress_is_computable
        • compute_bending_stress
        • compute_contact_stress
        • compute_tangential_force
        • contact_stress
        • contact_stress_is_computable
        • driven_by
        • drives
        • driving_torque
        • elastic_modulus
        • external_torque
        • face_width
        • helix_angle
        • inertia_moment
        • lewis_factor
        • load_torque
        • master_gear_efficiency
        • master_gear_ratio
        • mating_role
        • module
        • n_teeth
        • name
        • reference_diameter
        • tangential_force
        • tangential_force_is_computable
        • time_variables
        • torque
        • update_time_variables
      • MatingMaster
      • MatingSlave
      • MechanicalObject
      • MotorBase
      • Role
      • RotatingObject
      • SpurGear
        • angular_acceleration
        • angular_position
        • angular_speed
        • bending_stress
        • bending_stress_is_computable
        • compute_bending_stress
        • compute_contact_stress
        • compute_tangential_force
        • contact_stress
        • contact_stress_is_computable
        • driven_by
        • drives
        • driving_torque
        • elastic_modulus
        • external_torque
        • face_width
        • inertia_moment
        • lewis_factor
        • load_torque
        • master_gear_efficiency
        • master_gear_ratio
        • mating_role
        • module
        • n_teeth
        • name
        • reference_diameter
        • tangential_force
        • tangential_force_is_computable
        • time_variables
        • torque
        • update_time_variables
      • WormGear
        • angular_acceleration
        • angular_position
        • angular_speed
        • compute_tangential_force
        • driven_by
        • drives
        • driving_torque
        • external_torque
        • helix_angle
        • inertia_moment
        • load_torque
        • master_gear_efficiency
        • master_gear_ratio
        • mating_role
        • n_starts
        • name
        • pressure_angle
        • reference_diameter
        • self_locking
        • tangential_force
        • tangential_force_is_computable
        • time_variables
        • torque
        • update_time_variables
      • WormWheel
        • angular_acceleration
        • angular_position
        • angular_speed
        • bending_stress
        • bending_stress_is_computable
        • compute_bending_stress
        • compute_tangential_force
        • driven_by
        • drives
        • driving_torque
        • external_torque
        • face_width
        • helix_angle
        • inertia_moment
        • lewis_factor
        • load_torque
        • master_gear_efficiency
        • master_gear_ratio
        • mating_role
        • module
        • n_teeth
        • name
        • pressure_angle
        • reference_diameter
        • tangential_force
        • tangential_force_is_computable
        • time_variables
        • torque
        • update_time_variables
    • motor_control
      • PWMControl
        • add_rule
        • apply_rules
        • rules
      • MotorControlBase
      • rules
        • ConstantPWM
          • apply
        • ReachAngularPosition
          • apply
        • RuleBase
        • StartLimitCurrent
          • apply
        • StartProportionalToAngularPosition
          • apply
    • powertrain
      • Powertrain
        • elements
        • export_time_variables
        • plot
        • reset
        • self_locking
        • snapshot
        • time
        • update_time
    • sensors
      • AbsoluteRotaryEncoder
        • get_value
        • target
      • Amperometer
        • get_value
        • target
      • SensorBase
      • Tachometer
        • get_value
        • target
      • Timer
        • duration
        • is_active
        • start_time
    • solver
      • Solver
        • run
    • units
      • AngularAcceleration
        • to
        • unit
        • value
      • Angle
        • cos
        • sin
        • tan
        • to
        • unit
        • value
      • AngularPosition
        • cos
        • sin
        • tan
        • to
        • unit
        • value
      • AngularSpeed
        • to
        • unit
        • value
      • Current
        • to
        • unit
        • value
      • Force
        • to
        • unit
        • value
      • InertiaMoment
        • to
        • unit
        • value
      • Length
        • to
        • unit
        • value
      • Stress
        • to
        • unit
        • value
      • Surface
        • to
        • unit
        • value
      • Time
        • to
        • unit
        • value
      • TimeInterval
        • to
        • unit
        • value
      • Torque
        • to
        • unit
        • value
      • UnitBase
    • utils
      • add_fixed_joint
      • add_gear_mating
      • add_worm_gear_mating
      • dc_motor_characteristics_animation
      • export_time_variables
      • StopCondition
        • operators
          • EqualTo
          • GreaterThan
          • GreaterThanOrEqualTo
          • LessThan
          • LessThanOrEqualTo
          • OperatorBase
        • check_condition
        • operator
        • sensor
        • threshold
  • Usage Examples
    • 1 - Simple Powertrain
      • System in Analysis
      • Model Set Up
      • Simulation Set Up
      • Results Analysis
    • 2 - Complex External Torque
      • System in Analysis
      • Model Set Up
      • Results Analysis
    • 3 - Gear Structural Analysis
      • System in Analysis
      • Model Set Up
      • Results Analysis
    • 4 - DC Motor Electric Analysis
      • System in Analysis
      • Model Set Up
      • Results Analysis
    • 5 - DC Motor PWM Control
      • System in Analysis
      • Model Set Up
      • Simulation Set Up
      • Results Analysis
      • Improved Model Set Up
      • Simulation Set Up
      • Results Analysis
    • 6 - DC Motor Animation
      • System in Analysis
      • Model Set Up
    • 7 - Worm and Helical Gears
      • System in Analysis
      • Model Set Up
      • Simulation Set Up
      • Results Analysis
    • 8 - Multiple Simulation Concatenation
      • System in Analysis
      • Second Step Model Set Up
      • Simulation Set Up
      • Results Analysis
    • 9 - Stop Simulation
      • System in Analysis
      • Second Step Model Set Up
      • Simulation Set Up
      • Results Analysis
    • 10 - Time Variables Export
      • System in Analysis
      • Time Variables Export
    • 11 - External Torque From File
      • System in Analysis
      • External Load Torque Analysis
      • Model Set Up
      • Results Analysis

References

  • Get Started
    • Installation
    • Dependencies
  • PyPI
  • Issue Tracker
  • Source Code
  • License
  • Release Notes
    • Version 1.0.0
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bending_stress¶

property SpurGear.bending_stress: Stress

Bending stress applied on the gear teeth by the mating gear. It must be an instance of Stress.

Returns¶

Stress

Bending stress applied on the gear teeth by the mating gear.

Raises

TypeError

If bending_stress is not an instance of Stress.

See Also

compute_bending_stress()

Next
bending_stress_is_computable
Previous
angular_speed
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