Abaqus Project Order

FEAassist consists of Abaqus freelancers to help in Abaqus projects (Abaqus Subroutine Project Order). Generally, our Abaqus consultants (Abaqus subroutine consultants) help researchers in their Abaqus projects. Although, we help in Abaqus Subroutine development. 

Abaqus Freelancer procedure

We normally receive Abaqus projects details from our customers and complete the projects. The projects are being verified and tested then with published papers results. Next, we prepare tutorial videos and explain all details of models and subroutines. The final package includes all Abaqus and Subroutine files, tutorial videos, extracted results and PDF/PPT files. 

Abaqus Consultants to Help in Abaqus

FEAassist Abaqus Consultants (Abaqus subroutine consultants) are researchers of top world universities with myriads of Finite Element projects in their CVs. The admin and main group is located in London, United Kingdom. Our main purposes is to help researchers in all around the world in Finite Element problems. A researcher with CV related to your project topic will work on your project.

 

 

 

Use one of the following methods to contact us. We typically answer in a minute:

Whatsapp	+447514792517
Telegram	@FEAassist
Email	Admin@Feaassist.uk FEAassist@Gmail.com
Tel	+447720332196

 

Other Abaqus Subroutines

In addition to the Tutorial for Abaqus and Abaqus freelancers, FEAassist provides training packages for other Abaqus Subroutines, [1] that whose applications and links can be found here. Do not hesitate to ask questions from our experts on the Abaqus tutorial and Abaqus examples.

Application	FEAassist tutorials	More	Application	FEAassist tutorials	More
Mechanical property	UMAT	Ex. Link	–	UMDFLUX	Ex. Link
Mechanical property	VUMAT	Ex. Link	Mesh motion	UMESHMOTION	Ex. Link
Creep and swelling	CREEP	Ex. Link	Cavity motion	UMOTION	Ex. Link
Nonuniform fluid	DFLOW	Ex. Link	Damage variable	UMULLINS	Ex. Link
Nonuniform flux	DFLUX	Ex. Link	Initial fluid pres	UPOREP	Ex. Link
Prescribed BC	DISP	Ex. Link	Prescribed pres	UPRESS	Ex. Link
Nonuniform loads	DLOAD	Ex. Link	Frequency	UPSD	Ex. Link
Nonuniform film	FILM	Ex. Link	Read result	URDFIL	Ex. Link
Nonuniform consolidation	FLOW	Ex. Link	Redefine field	USDFLD	Ex. Link
Friction	FRIC	Ex. Link	Prescribed temp	UTEMP	Ex. Link
Friction coefficient	FRICCOEF	Ex. Link	Nonuniform traction	UTRACLOAD	Ex. Link
Conductance	GAPCON	Ex. Link	Viscoelastic	UTRS	Ex. Link
Cross-correlation prop.	UCORR	Ex. Link	Element output	UVARM	Ex. Link
Time-dependent creep	UCREEPNETWORK	Ex. Link
Nonuniform current	UDECURRENT	Ex. Link	–	VDFLUX	Ex. Link
Nonuniform magnetic	UDEMPOTENTIAL	Ex. Link	Prescribed BC	VDIS	Ex. Link
Damage initiation	UDMGINI	Ex. Link	Nonuniform loads	VDLOAD	Ex. Link
User element	UEL	Ex. Link	User external DB	VEXTERNALDB	Ex. Link
User element prop	UELMAT	Ex. Link	Fabric material	VFABRIC	Ex. Link
Thermal strains	UEXPAN	Ex. Link	Friction	VFRIC	Ex. Link
User external DB	UEXTERNALDB	Ex. Link	Friction coefficient	VFRIC_COEF	Ex. Link
Predefined field V	UFIELD	Ex. Link	Friction	VFRICTION	Ex. Link
Fluid density	UFLUID	Ex. Link	–	VOIDRI	Ex. Link
Mechanical shell	UGENS	Ex. Link	Amplitudes	VUAMP	Ex. Link
Yield & hardening	UHARD	Ex. Link	User element	VUEL	Ex. Link
Hypoelastic	UHYPEL	Ex. Link	Equation of state	VUEOS	Ex. Link
Hyperelastic	UHYPER	Ex. Link	Thermal strains	VUEXPAN	Ex. Link
Surface interaction	UINTER	Ex. Link	Yield & hardening	VUHARD	Ex. Link
Mass flow	UMASFL	Ex. Link	Surface interaction	VUINTER	Ex. Link
Material’s thermal	UMATHT	Ex. Link	Damage variable	VUMULLINS	Ex. Link
	VUSDFLD	Ex. Link	Crystal plasticity	CPFEM	Ex. Link