May I ask for a hint/help? Thanks! NewField =my_(name='New_scalar_field',description='Our brand new scalar field', type=SCALAR) Im getting a message regarding 'illegal argument type for built-in operation' form which I assume that the format of the data Im trying to insert is not correct.

Tried to simplify the task by hard-prescribing some value directly to the field (with the intention to replace this by a function later on and finally to loop over the whole elset this way). NaseInstance = (my_())ĬelaMojeInstance=my_įound somebody elses way to calculate new data and stuff them into a new scalar here: I am, though, not successful in understanding what exactly happens there as this script is much more complicated and Im not a programmer at all. # automation of an instance naming (in the same way) StepNames=(my_() ) # it is a list of all step names # automate the proces of reading the step no matter what its name is Some substitutions that assure that it always opens the step/instance no matter what their name is.

My_odb=session.openOdb(name=odb_path,readOnly=FALSE) Not the whole model as this would be too costly and Im interested in that particular area/set anyway. Please be sure to read the terms and conditions before making your purchase to ensure that you understand our policies regarding payment, product use, and intellectual property rights.Been struggling with following: I want to create a new FieldOutput (lets say some simple aritmetic operation with the tensors) for a given el. With our Simulating a Bullet Through Water ABAQUS model, you will have access to the latest tools and techniques for performing finite element analysis of dynamic movements through water. While there is no tutorial video included with this product, our comprehensive documentation and support team will help guide you through the process of using the software to achieve the best results.įinite element analysis is a powerful technique used to simulate complex physical phenomena such as the behavior of materials under stress, the response of structures to loads, and fluid dynamics. This numerical model is not based on a laboratory sample, but our team has ensured that it is still a reliable and accurate tool for your research needs. By using this model, you can simulate any type of movement through water and analyze the resulting stresses, strains, forces and displacements with precision.

Our team of expert engineers and researchers have designed this model to be an affordable and accessible tool for studying dynamic movements. Structural Numerical Research Center is proud to offer our latest product, the Simulating a Bullet Through Water ABAQUS model.

Odb abaqus 6.14 documentation