Mechanical and Civil Engineering Seminar
Modeling and Simulation Tools for Industrial and Societal Research Applications: Digital Twins and Genome-based Machine-learning
Abstract:
A variety of seemingly disparate physical process can be treated with similar modeling and simulations tools. In this talk, I discuss the modeling and rapid digital-twin simulation of
PART 1: MODELING OF ROBOTIC MACHINE-LEARNING FOR ADVANCED MANUFACTURINGPART 2: MODELING OF LASER AND OPTICAL PROCESSING OF MATERIALSPART 3: MODELING OF MULTIPHYSICAL SOLID PROCESSING AND CONTINUUM BEHAVIORPART 4: MODELING OF IGNITION, FIRE PROPAGATION AND EMBER FLOWPART 5: MODELING OF MULTIPLE UNMANNED AERIAL VEHICLES FOR COMPLEX TASKSPART 6: MODELING OF INDUSTRIAL SAFETY: PANDEMICS, TRANSMISSION, DECONTAMINATION,as well as aspects of genomic/evolutionary computing for system optimization, utilizing multiphysics paradigms. The tools range from discrete element methods, computational optics, voxel-based computation to agent-based modeling-all connected together via machine-learning algorithms. For more information see https://cmmrl.berkeley.edu/zohdi-publications/
https://caltech.zoom.us/j/85616294518?pwd=dS9vNHA1N0s5aEIwcGVwdGQyVUFUUT09
Passcode: 458954
Contact: Sonya Lincoln at (626) 395-3385 lincolns@caltech.edu