# International Conference on Numerical Electromagnetic and Multiphysics Modeling and Optimization ICNEMMO on October 20-21, 2022 in Barcelona, Spain

Submit Your Paper- Short Name:
**ICNEMMO** - Event Type:
**Conference** - Presentation:
**Digital** - Website URL:
**https://waset.org/numerical-electromagnetic-and-multiphysics-modeling-and-optimization-conference-in-october-2022-in-barcelona** - Program URL:
**https://waset.org/conferences-in-october-2022-in-barcelona/program** - Contact URL:
**https://waset.org** - Location:
**Barcelona, Spain** - Date:
**October 20-21, 2022** - Final Submission:
**September 24, 2022** - Notification:
**August 31, 2022** - Organization:
**World Academy of Science, Engineering and Technology** - Conference Tags: geophysics physics applied physics astrophysics biophysics condensed matter physics nuclear physics particle physics theoretical physics electromagnetics thermal physics plasma physics molecular physics high energy physics statistical physics mathematical physics medical physics experimental physics metaphysics atomic physics quantum physics materials physics textile physics cybernetical physics modern physics solid state physics econophysics physics education psychophysics physics engineering nanophysics strong field physics optical physics laser physics

Numerical Electromagnetic and Multiphysics Modeling and Optimization

Computational electromagnetics

Computational multiphysics

Analytical and semi-analytical modeling

Integral equation methods

Finite difference methods

Finite element methods

Hybrid modeling techniques

Frequency-domain methods

Time-domain methods

High-frequency methods

Multi-scale modeling techniques

Large-scale problems

Parallel computing

Computer-aided design

Linear and non-linear CAD techniques

Model-order reduction and macromodeling

Modeling of active devices and circuits

Evolutionary/classical/space mapping optimization techniques

Design with uncertainties

Cognition-aided design

Inverse electromagnetic problems

Multi-physics modeling

Handheld-device based EM computations

Hardware-based acceleration techniques

Modeling of 3D integrated circuits

Modeling of IC packages and interconnects

Signal and power integrity analysis

Modeling of biological effects

Modeling of electro/optical devices

Modeling of high power devices/circuits

Modeling of new materials and nanostructures

Modeling of terahertz circuits

Computational electromagnetics

Computational multiphysics

Analytical and semi-analytical modeling

Integral equation methods

Finite difference methods

Finite element methods

Hybrid modeling techniques

Frequency-domain methods

Time-domain methods

High-frequency methods

Multi-scale modeling techniques

Large-scale problems

Parallel computing

Computer-aided design

Linear and non-linear CAD techniques

Model-order reduction and macromodeling

Modeling of active devices and circuits

Evolutionary/classical/space mapping optimization techniques

Design with uncertainties

Cognition-aided design

Inverse electromagnetic problems

Multi-physics modeling

Handheld-device based EM computations

Hardware-based acceleration techniques

Modeling of 3D integrated circuits

Modeling of IC packages and interconnects

Signal and power integrity analysis

Modeling of biological effects

Modeling of electro/optical devices

Modeling of high power devices/circuits

Modeling of new materials and nanostructures

Modeling of terahertz circuits

Name: World Academy of Science, Engineering and Technology

Website: https://waset.org/

Address: UAE