ACE3P – Advanced Computational Electromagnetics Code Suite Omega3P (Frequency domain) ACE3P (Advanced Computa5onal Electromagne5cs 3D Parallel) is a comprehensive set of conformal, higherorder, parallel finiteelement electromagne6c codes with two unique features • Based on higherorder curved finite elements for highfidelity modeling and improved solu6on accuracy • Implemented on massively parallel computers for increased memory (problem size) and speed - Real eigenmodes in lossless or periodic cavi6es - Complex eigenmodes in lossy or externally loaded cavi6es - Mode damping in dielectric and ferrite materials - Linear, quadra6c and nonlinear eigensolvers - Sparameters of rf components and open structures - Dielectric and ferrite materials - Effects due to surface impedance on conductor walls - Integrated EM, thermal and mechanical effects - Nonlinear thermal conduc6vity and heat flux - Convec6ve boundary condi6ons - Shell elements for surface coa6ng - Mechanical eigensolver and harmonic solver - Par6cle tracking code in external rf and sta6c fields - Mul6pac6ng and dark current in cavi6es and couplers - Surface physics for field and secondary emissions - Transient and wakefield from source excita6on - Moving window technique for broadband pulse and short beam propaga6on - Absorbing boundary condi6on for far fields - Impedance boundary condi6on for thin coa6ng - Self consistent par6clein cell (PIC) modeling of beamcavity interac6ons in spacecharge dominated devices - Userspecified par6cle emission model S3P (Frequency domain) T3P (Time domain) Pic3P (Time domain) Track3P (Par3cle tracking) TEM3P (Mul3 physics)