The topics include from atoms to concrete structures, the stress-based non-local damage model, macroscale and mesoscale models to predict concrete failure and size effects, a coupling between creep and damage with applications to radioactive waste disposal, and measuring earthquake damages to a high-strength concrete structure.
What does MM stand for?
MM stands for Mesoscale Model
This definition appears frequently and is found in the following Acronym Finder categories:
- Science, medicine, engineering, etc.
See other definitions of MM
We have 165 other meanings of MM in our Acronym Attic
- Mensa Member
- Mental Masturbation (expression for too much use of intellectual analysis vs. real-life experience)
- Mercantile Marine
- Mercury Marauder (automobile)
- Mercury Module
- Mere Mortal
- Merger Manual
- Meridian Mail (Northern Telecom)
- Merrie Melodies
- Merry Meet
Samples in periodicals archive:
01 USING ENVIRONMENTAL MODELING, TECHNOLOGY, AND COMMUNICATION FOR EARLY WARNING AND PREDICTION OF LAND FALLING TROPICAL CYCLONE/HURRICANES Francis Tuluri, Suseela R Reddy, Duanjun Lu, Toneka Rogers, Bhaskar Rao V Dodla, Anjaneyulu Yerrammilli Jackson State University, Jackson, MS, United States Advanced environmental modeling and technology tools can be collectively put together for a study of tropical cyclone/hurricane intensity change and early warning prediction In the present study, we propose a scheme for early warning prediction of land falling tropical cyclone/hurricanes consisting of Weather Research Forecast (WRF) Environmental Mesoscale Model and radio soundings.
Simulation of heavy precipitation over Santacruz, Mumbai on 26 July 2005, using mesoscale model.
Application of such a method within a fully tridimensional mesoscale model still demands prohibitive computational resources.
The nondiscriminating reader might be impressed by the downscaling of a general circulation model using a regional mesoscale model to predict localized differences in future air-pollution related mortality, but the complexity of the models is irrelevant in the face of Knowlton et al.
Extraction of properties Mososcale Modeling * Dissipative particle dynamics * MesoDyan simulation * Formulation of mesoscale models QSPR/QSAR * Introduction to quantitative structure property/activity relationships methods * Correlation and principal component methods * Descriptor analysis * Use of modeled descriptors Modeling Analysis * Thermodynamic parameters * Diffraction and scattering * Transport parameters * Structural parameters * Structural parameters available from modeling but not experiment Application Examples * Various case studies of industrial model problems Accelrys will be supplying software for student to do hands-on demonstrations during the seminar.
Distinguished from global climate models and from microscale models, mesoscale models forecast at scales from a continent to a single state.