The Abaqus Token Calculator is a practical tool designed to help engineers and analysts determine the number of tokens needed to run simulations with Abaqus software. Abaqus is a widely-used suite for finite element analysis and computer-aided engineering, crucial in industries like automotive, aerospace, and manufacturing for its ability to model the physical responses of materials and structures under stress.
Purpose and Functionality
Tokens are a form of software licensing for Abaqus. The number of tokens required depends on the complexity and type of simulation being performed. This calculator simplifies the task of estimating these tokens by considering the simulation’s specifics, such as the number of CPUs used, the type of simulation, and the base number of tokens usually needed for such a simulation.
How the Abaqus Token Calculator Works
The calculator operates based on several inputs:
- Number of CPUs (C): This is the count of CPUs that will be utilized for the simulation.
- Simulation Type (T): This refers to the kind of simulation, such as Standard or Explicit, each with a different complexity factor.
- Base Tokens (B): These are the minimum tokens required for a chosen type of simulation.
Formula Used: Total Tokens=π΅+βπΆβ1πβTotal Tokens=B+βTCβ1ββ This formula incorporates the ceiling function, which rounds up to the nearest whole number, ensuring that you always have enough tokens to run your simulation.
Example Calculation
Letβs walk through an example to clarify how the calculator works:
Assumptions:
- Number of CPUs (C): 8
- Simulation Type (T): Standard (with a factor of 4)
- Base Tokens (B): 5
Calculation: Total Tokens=5+β8β14β=5+β1.75β=5+2=7Total Tokens=5+β48β1ββ=5+β1.75β=5+2=7
So, for this simulation, you would need a total of 7 tokens.
Informational Table
| Parameter | Value |
|---|---|
| Number of CPUs (C) | 8 |
| Simulation Type (T) | Standard |
| Base Tokens (B) | 5 |
| Total Tokens | 7 |
Conclusion
The Abaqus Token Calculator is an invaluable resource for users who need to plan and allocate resources efficiently for their simulations. By inputting simple parameters like the number of CPUs, the simulation type, and base tokens, users can quickly determine the total tokens needed. This ensures that simulations are not only run efficiently but also cost-effectively, by accurately forecasting the licensing requirements. Whether for small projects or large-scale industrial analyses, this calculator aids in making precise estimations that help keep projects on track and within budget.