ANSYS单位名称

单位名称 m Kg

Kg s

Base

Base Units

Angle radian Chemical Amount mol

Current A

Length m

Luminance cd

Mass kg

Solid Angle sr Temperature K

Time s

Common Units

Common

Electric Charge A s

Energy J

Force N

Pressure Pa

Power W

Voltage V

Other Units

Other

Acceleration m s^-2 Angular Acceleration rad s^-2 Angular Velocity radian s^-1 Area m^2 Capacitance farad Compressibility Pa^-1 Concentration m^-3

Contact Resistance m^2 s kg^-1 Current Transfer Coefficient A m^-2 V^-1 Decay Constant s^-1

Density kg m^-3 Density Derivative m^-2 s^2 Density Derivative wrt Pressure m^-2 s^2 Density Derivative wrt Temperature kg m^-3 K^-1 Dielectric Contact Resistance farad^-1 m^2 Dynamic Viscosity Pa s

Electric Charge Density A s m^-3 Electric Charge Transfer Coefficient farad m^-2 Electric Conductance Per Unit Area S m^-2 Electric Current Density A m^-2 Electric Current Source A m^-3 Electric Flux Density coulomb m^-2 Electric Field V m^-1 Electrical Conductance S

Electrical Conductivity S m^-1 Electrical Contact Resistance S^-1 m^2

Electrical Permittivity A s V^-1 m^-1

Electrical Resistivity ohm m

Energy Density by Mass J kg^-1

Energy Source W m^-3 Energy Source Coefficient W m^-3 K^-1 Enthalpy Variance m^4 s^-4 Epsilon m^2 s^-3 Epsilon Flux W m^-2 s^-1 Epsilon Flux Coefficient kg m^-2 s^-2 Epsilon Source W m^-3 s^-1 Epsilon Source Coefficient kg m^-3 s^-2 Flame Surface Density Source m^-1 s^-1 Force Intensity N m^-1 Force Per Angular Unit N rad^-1 Fracture Energy J m^-2 Frequency Hz

Gasket Stiffness Pa m^-1

Heat Flux W m^-2

Heat Flux in W m^-2

Heat Generation W m^-3

Heat Rate W

Heat Transfer Coefficient W m^-2 K^-1

Impulse N s

Impulse Per Angular Unit N s rad^-1

Inductance H

Interphase Transfer Coefficient kg m^-2 s^-1

Inverse Angle radian^-1 Inverse Area m^-2 Inverse Length m^-1 Inverse Stress Pa^-1

k m^2 s^-2

k Flux W m^-2

k Flux Coefficient kg m^-2 s^-1 k Source W m^-3

k Source Coefficient kg m^-3 s^-1

Kinematic Diffusivity m^2 s^-1

Magnetic Field A m^-1

Magnetic Field Intensity A m^-1

Magnetic Flux Wb

Magnetic Flux Density T

Magnetic Induction T

Magnetic Potential T m Magnetic Permeability H m^-1 Mass Concentration kg m^-3 Mass Concentration Rate kg m^-3 s^-1

Mass Flow kg s^-1

Mass Flux kg s^-1 m^-2

Mass Flux Coefficient kg s^-1 m^-2

Mass Flux Pressure Coefficient kg s^-1 m^-2 Pa^-1 Mass Fraction kg kg^-1

Mass Source kg s^-1 m^-3

Mass Source Coefficient kg s^-1 m^-3

Mass Source Pressure Coefficient kg s^-1 m^-3 Pa^-1

Total Mass Source Pressure Coefficient kg s^-1 Pa^-1

Material Impedance kg m^-2 s^-1

Molar Concentration mol m^-3

Molar Concentration Henry Coefficient Pa m^3 mol^-1

Molar Concentration Rate mol m^-3 s^-1

Molar Energy J mol^-1

Molar Entropy J mol^-1 K^-1

Molar Fraction mol mol^-1

Molar Mass kg kmol^-1

Molar Volume m^3 mol^-1 Moment N m

Moment of Inertia of Area m^2 m^2

Moment of Inertia of Mass kg m^2

Momentum Source kg m^-2 s^-2

Momentum Source Lin Coeff kg m^-3 s^-1

Momentum Source Quad Coeff kg m^-4

Number Source m^-3 s^-1

Omega Source kg m^-3 s^-2

Per Mass kg^-1

Per Mass Flow s kg^-1

Per Time s^-1

Pressure Derivative wrt Temperature Pa K^-1

Pressure Derivative wrt Volume Pa kg m^-3

PSD Acceleration m^2 s^-4 Hz^-1

PSD Acceleration Gravity gravity^2 Hz^-1 PSD Displacement m^2 Hz^-1

PSD Force N^2 Hz^-1

PSD Moment N^2 m^2 Hz^-1

PSD Pressure Pa^2 Hz^-1

PSD Strain m^2 m^-2 Hz^-1

PSD Stress Pa^2 Hz^-1

PSD Velocity m^2 s^-2 Hz^-1

Relative Permeability H H^-1

Relative Permittivity farad farad^-1 Rotational Damping N m s rad^-1 Rotational Stiffness N m rad^-1

RS Acceleration Gravity gravity

Section Modulus m^3

Shear Strain rad

Shear Strain Rate s^-1

Shock Velocity s m^-1

Soot Cross Coefficient m^3 mol^-1 s^-1

Soot PX Factor mol kg^-1 s^-1

Specific kg kg^-1

Specific Concentration mol kg^-1

Specific Energy J kg^-1

Specific Enthalpy J kg^-1

Specific Entropy J kg^-1 K^-1 Specific Flame Surface Density m^2 kg^-1 Specific Heat Capacity J kg^-1 K^-1 Specific Volume kg^-1 m^3 Specific Weight N m^-3

Stiffness N m^-1

Strain m m^-1

Strength Pa

Stress Pa

Stress Per Temperature Pa K^-1

Surface Charge Density A s m^-2

Surface Tension N m^-1

Temperature Difference K

InvTemp1K^-1

InvTemp2K^-2

InvTemp3K^-3

InvTemp4K^-4 Temperature Variance K^2

Temperature Variance Source kg m^-3 s^-1 K^2

Thermal Capacitance J K^-1

Thermal Conductance W K^-1

Thermal Conductivity W m^-1 K^-1

Thermal Contact Resistance W^-1 m K Thermal Expansivity K^-1

Torque N m

Torsional Spring Constant N m radian^-1

Total Radiative Intensity W m^-2 sr^-1

Translational Damping N s m^-1

Turbulent Heat Flux m^3 s^-3

Velocity m s^-1

Volume m^3

Volumetric kg m^-3 Volumetric Flow m^3 s^-1 Volumetric Flow in m^3 s^-1

Warping Factor m^6