MBI

(redirected from Metal Building Insulation)
AcronymDefinition
MBIModular Building Institute
MBIMoody Bible Institute
MBIMathematical Biosciences Institute
MBIManagement Buy-In
MBIMeridian Bioscience, Inc. (Cincinnati, OH)
MBIMechanical Breakdown Insurance
MBIMississippi Bureau of Investigation
MBIMcKnight Brain Institute (University of Florida)
MBIMaslach Burnout Inventory (psychometrics)
MBIMulti Beam Imaging
MBIMeasurement Block Index
MBIMicrosoft Business Integrator
MBIMicrosoft Business Intelligence
MBIMolecular Biology Institute
MBIMolecular Breast Imaging (medical test)
MBIMild Brain Injury
MBIMedizin-Bibliothek-Information (German)
MBIMax-Born-Institute
MBIMedizinische und Biologische Informatik (German: Division of Medical and Biological Informatics)
MBIMetropolitan Bureau of Investigation (Orlando, FL)
MBIMarket-Based Instrument
MBIMoser Baer India Ltd.
MBIMachinery Breakdown Insurance
MBIMunchausen by Internet (psychology)
MBIMinimum Background Investigation
MBIMassachusetts Biomedical Initiatives
MBIModified Barthel Index
MBIMatsushita Battery Industrial Co Ltd
MBIMetal Building Insulation
MBIMill Brook Industries
MBIMessianic Bureau International
MBIMusic and Brain Information (Database)
MBIMicrochip Biotechnologies, Inc. (Pleasanton, CA)
MBIMicroproducts Breakthrough Institute
MBIMaryland Biotechnology Institute
MBIMolekylærbiologisk Institutt (Norwegian: Department of Molecular Biology; University of Bergen)
MBIMichael Bianco, Inc. (Massachusetts)
MBIMcDonald Bradley Inc.
MBIMarine Biotechnology Institute (Japan)
MBIMultibus Interface
MBIMontana Behavioral Initiative
MBIMobile Browser Interface (AyaNova)
MBIMessianic Bible Institute
MBIMillimeter-Wave Bolometric Interferometer
MBIMinaj Broadcast International
MBIMobile Business Intelligence
MBIMission-Based Investing (charitable investment)
MBIManpower Buildup Index
MBIMatol Botanical International Ltd. (Canada)
MBIMilitary Board Instruction
MBIMontana Business Incubator
MBIMaster's Degree Programme in Bioinformatics
MBIModern Business Intelligence, Inc. (information technology)
MBIMemphis Business Interiors
MBIMIN Block Identifier
MBIMedia.Broadcast.Internet
MBIMississippi Business Investment Act Program
MBIMass Burn Incineration
MBIMy Background Instantly
MBIMarine Biomedical Institute
MBIMcIntire Business Institute
MBIManagement by Interaction
MBIMediterranean Broadband Infrastructure
MBIMultibus I (computer)
MBIMicroBanking International
MBIMachaneh Bonim B'Israel
MBIMandatory Building Inspection
MBIMontana Board of Investments
MBIMaster Builder International (Colorado)
MBIMajor Budget Issue
MBIMotorBooks Italiano
MBIMedia Boston International
MBIMat Bevel Institute (Tucson, Arizona)
MBIMillimetre Bolometric Interferometer
MBIMap Based Interface
MBIMaine Business Indicators
MBIMath Box, Inc.
MBIMessage Billing Index
MBIMorning Bulletin Index
MBIMellin-Barnes Integral
MBIMicrocomputer Business International
MBIMessage Billing Indicator
MBIMercedes-Benz Institute (training center at its Alabama plant)
MBIMission Bus Interface
MBIMedia Bistro Inc.
MBIMessage-Based Infrastructure
MBIMulti-Beam Imaging Radar (US NASA)
MBIMind Body Institute, LLC (Nashville, TN)
References in periodicals archive ?
The parameter [R.sub.insul-sys] calculated above may then be used to predict the overall U for a metal building insulation assembly by using the Choudhary correlation, given earlier by Equation 1.
A total of 13 metal building insulation assemblies were modeled using three-dimensional numerical approaches, 9 by the author and 4 by Beard and Wangard (2013).
To reiterate, this work is a part of an ongoing effort to develop and apply a comprehensive and validated mathematical model to calculate the thermal performance of metal building insulation assemblies.
(2010), a three-dimensional mathematical model for heat transfer in metal building insulation assemblies was developed and tested with measurements conducted on the hot box set up of a standing seam roof assembly consisting of fiberglass insulation.
With the belief of treating customers like friends and hiring the best people, Therm-All has become one of the largest metal building insulation laminators in the U.S.
These earlier studies have played an important role in highlighting the thermal bridging effect, provide useful insights into heat transfer in metal building assemblies, and some of them have been used to calculate the U-factors for metal building insulation assemblies.
To reiterate, the objective of this work was to develop a comprehensive and validated mathematical model that may be used to calculate the thermal performance of metal building insulation assemblies.
We have followed the recommendation from the 90.1 Envelope Subcommittee (McBride and Waite 2009) to include the important steps in the derivation of expressions for various thermal resistances present in the metal building insulation assemblies.
The paper described the second part of a comprehensive, mathematical modeling based study of the thermal performance of metal building insulation assemblies.
Offering more products and services than ever before, Therm-All is an industry professional's one-stop shop for metal building insulation products and systems, in addition to exterior doors and windows for all building types.