ABAQUS用户子程序ABAQUS/Standard subroutines：1.CREEP: Define time-dependent, viscoplastic behavior (creep and swelling).定义和时间相关的、粘塑性的运动（蠕变和膨胀）2. DFLOW: Define nonuniform pore fluid velocity in a consolidation analysis.在压实分析中，定义非均匀孔隙流速度3. DFLUX: Define nonuniform distributed flux in a heat transfer or mass diffusion analysis.在热传递和质量扩散分析中，定义非均匀的分布流量4. DISP: Specify prescribed boundary conditions.指定规定的边界条件5. DLOAD: Specify nonuniform distributed loads.指定非均匀的分布荷载6. FILM: Define nonuniform film coefficient and associated sink temperatures for heat transfer analysis.对热传递分析指定非均匀的膜层散热系数和联合的散热器温度7. FLOW: Define nonuniform seepage coefficient and associated sink pore pressure for consolidation analysis.对压实分析定义非均匀的渗流系数和渗入孔隙压力8. FRIC: Define frictional behavior for contact surfaces.对接触面定义摩擦9. GAPCON: Define conductance between contact surfaces or nodes in a fully coupled temperature-displacement analysis or pure heat transfer analysis.在一个完全耦合的温度—置换分析或者是纯热传递分析中，定义接触面或节点间的导热系数。
10. GAPELECTR: Define electrical conductance between surfaces in a coupled thermal-electrical analysis.在耦合热电分析中，定义表面间的导电系数11. HARDINI: Define initial equivalent plastic strain and initial backstress tensor.定义初始等效应变和初始反应力张量12. HETVAL: Provide internal heat generation in heat transfer analysis.在热传递分析中提供初始热13. MPC: Define multi-point constraints.定义多点约束14. ORIENT: Provide an orientation for defining local material directions or local directions for kinematic coupling constraints or local rigid body directions for inertia relief.为定义局部材料方向提供定位；运动学耦合约束的局部方向；惯性释放的局部刚体方向。
15. RSURFU: Define a rigid surface.定义一个刚性面16. SDVINI: Define initial solution-dependent state variable fields.定义初始和结果相关的变量场17. SIGINI: Define an initial stress field.定义初始应力场18．UCORR: Define cross-correlation properties for random response loading.为随机相应荷载定义互相关属性19. UEL: Define an element.定义单元20. UEXPAN: Define incremental thermal strains.定义增加的热应变21. UEXTERNALDB: Manage user-defined external databases and calculatemodel-independent history information.管理用户定义的外部数据和计算与模型无关的历史资料。
22. UFIELD: Specify predefined field variables.指定预定义的场变量23. UFLUID: Define fluid density and fluid compliance for hydrostatic fluid elements.为静水力学流体单元定义流体密度和流体柔量。
24. UGENS: Define the mechanical behavior of a shell section.定义一个壳截面的机械运动25. UHARD: Define the yield surface size and hardening parameters for isotropic plasticity or combined hardening models.在等方性塑性或者组合硬化模型中，定义屈服面尺寸和硬化系数26. UHYPEL: Define a hypoelastic stress-strain relation.定义一个次弹性的应力应变关系27. UHYPER: Define a hyperelastic material.定义一个超弹性材料28. UINTER: Define surface interaction behavior for contact surfaces.为接触面定义表面相互作用29. UMASFL: Specify prescribed mass flow rate conditions for a convection/diffusion heat transfer analysis.在对流\扩散热传递分析中，指定规定的质量流动比条件30. UMAT: Define a material’s mechanical beh avior定义材料的机械运动31. UMATHT: Define a material’s thermal behavior.定义材料的热运动32. UMESHMOTION: Specify mesh motion constraints during adaptive meshing.在适应的网格划分中，指定网格运动约束33. UMOTION: Specify motions during cavity radiation heat transfer analysis or steady-state transport analysis.在辐射热传递分析或稳态传输分析中，指定运动34．UMULLINS: Define damage variable for the Mullins effect material model.对马林斯效应材料模型定义损伤变量35. UPOREP: Define initial fluid pore pressure.定义初始孔隙流压力36. UPRESS: Specify prescribed equivalent pressure stress conditions.指定规定的换算压应力条件37. UPSD: Define the frequency dependence for random response loading.对随即响应荷载定义频率相关38. URDFIL: Read the results file.读取结果文件39. USDFLD: Redefine field variables at a material point.再一次定义材料场变量40．UTEMP: Specify prescribed temperatures.指定规定的温度41. UTRACLOAD: Specify nonuniform traction loads.指定非均匀牵引荷载42. UTRS: Define a reduced time shift function for a viscoelastic material.对粘弹性材料定义一个简化的时间转换函数43. UVARM: Generate element output.形成单元输出44. UWAVE: Define wave kinematics for an ABAQUS/Aqua analysis.对ABAQUS/AQUA分析定义波浪运动45．VOIDRI: Define initial void ratios.定义初始孔隙比ABAQUS/Explicit subroutines1. VDLOAD: Specify nonuniform distributed loads.指定非均匀的分布荷载2. VFRIC: Define frictional behavior for contact surfaces.对接触面定义摩擦3. VUINTER: Define the interaction between contact surfaces.在接触面之间定义相互作用4. VUMAT: Define material behavior.定义材料特性。