Examples

These examples demonstrate the behavior and usage of DPF-Core.

Basic DPF Examples

These examples explain the basic concepts of DPF.

Basic DPF-Core Usage

Operators Overview

Field and Field Containers Overview

Create Your Own Entities Use DPF Operators

Write/Load and Upload/Download a Result File

Bring a Field’s Data Locally to Improve Performance

Load Plugin

Use Result Helpers to Load Custom Data

Scope results over custom time domains

Scope results over custom space domains

Transient Analysis Examples

These examples show how to use DPF to extract and plot displacements, stresses, and strains from a transient static analysis.

Transient Analysis Result Example

Choose a Time Scoping for a Transient Analysis

Harmonic Analysis Examples

These examples show how to use DPF to extract and manipulate, results from harmonic or modal analyses.

Multi-Harmonic Response Example

Modal Cyclic symmetry Example

Multi-stage Cyclic Symmetry Example

Use Result Helpers to compare mode shapes for solids and then shells

Expand Harmonic Modal Superposition with DPF

Read results from distributed files

Advanced and Miscellaneous Examples

These demos show advanced use cases demonstrating high level of workflow customization

Multi-stage Cyclic Symmetry Use Advanced Customization

Solve Harmonic Problem (with damping) Using Matrix Inverse

Average Elemental Stress on a given volume

Exchange Data Between Servers

Extrapolation Method for stress result of 3D-element

Extrapolation Method for strain result of 2D-element

Stress gradient normal to a defined node.

Examples that targets specific requests

These demos show how to solve specific requests.

Hdf5 export and compare precision

Get reduced matrices and make export

Plotting Examples

These demos show how to use the DpfPlotter.

Review of available plotting commands

Compare Results Using the Plotter

Load Case Combination for Principal Stress

Add Nodal Labels on Plots

Plot results on a specific path

Examples for post processing on distributed process

These demos show how to create worflows on different processes (possibly on different machine) and how to connect those together.

Post processing of displacement on distributed processes

Create custom workflow on distributed processes

Distributed modal superposition

Distributed msup distributed modal response