What question did this study set out to answer?

The aim is to present the optimization integration into LUME-ACE3P for improved accelerator component design workflows.

February 2, 2026Open Access

Developments in LUME-ACE3P including S-parameter optimization for S3P

Key Points

The aim is to present the optimization integration into LUME-ACE3P for improved accelerator component design workflows.
Introduced optimization capabilities into LUME-ACE3P using the Xopt package.
Streamlined workflows for ACE3P, a suite of finite element solvers.
Demonstrated the LUME-ACE3P-Xopt optimization workflow using an example problem.
Enhanced ease of use for optimization in electromagnetic fields simulations.
Increased efficiency in the accelerator component design process.
Provided a practical example showcasing optimization features.

Abstract

We present here the introduction of optimization to LUME-ACE3P (LUME: Lightsource Unified Modeling Environment; ACE3P: Advanced Computational Electromagnetics 3D Parallel). LUME-ACE3P is a Python wrapper that streamlines workflows for ACE3P, a suite of finite element solvers for electromagnetic fields in complex geometries. LUME-ACE3P offers parameter sweep capabilities, which was previously the only means to perform optimization with this code. In the integration of LUME-ACE3P with the optimization package Xopt, we facilitate efficient and easy to use optimization for accelerator component design. We present the LUME-ACE3P-Xopt workflow with an example problem.

Read Full Paperexternally

KI fragen

Bookmark

View Full Paper