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permission of the copyright owner, no part of the A/E presentations
may be reproduced, distributed, or transmitted in any form or by
any means, including but not limited to, electronic, optical or
mechanical means. Decisions to utilize this information are not
within the purview of the Masonry Institute of Michigan. Such information
is for use by professionals who are competent to evaluate the significance
and limitations, and who accept responsibility for applying information
provided.
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On-Site Presentations
Registered with the AIA Continuing Education System (AIA/CES), MIM is
committed to developing quality learning activities in accordance with
outlined criteria. Health Safety Welfare credits are indicated by HSW.
Designated learning units/hours will be reported directly to the CES by
MIM for AIA members. The MIM is also registered with the State of Michigan,
Bureau of Construction Codes, ACT 54.
Presentations are by request. To schedule, please contact Michelle Heitz
at 734-458-8544, ext 104 or e-mail: michelle@mim-online.org.
ACT54 Technical and Specialty credits offered through MV-TECH Online
Courses, visit www.mvtechonline.com
for more information

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Movement Control
Credit/Time: 1 hour
AIA/CES: MOVMNT HSW
Understanding differential movement with clay masonry, concrete
masonry, natural stone and manufactured stone can be challenging
for the placement of expansion or control joints. Participants will
get a clear understanding of the usage of these joints as focus
is placed on the movement of different masonry materials in the
same wall. |
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Masonry Value and Sustainability
Credit/Time: 1 hour
AIA/CES: MVS HSW
Participants will gain a more comprehensive understanding about
the sustainability of masonry. We will discuss the correct applications
and cost factors (including life-cycle, insurance and cold weather)
using masonry veneer with block and metal studs as backup systems.
Also, we will look at the attributes of masonry construction with
emphasis on how fire, thermal and moisture play a roll in these
systems.
New Slide Show Presentations!
View Web
Presentation
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Presentation [3.2 MB]
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Bracing Masonry Walls Under Construction
Credit/Time: 1 hour
AIA/CES: 406124 HSW
Reviews Standard Practice for Bracing Masonry Walls Under Construction
and the new Masonry Wallbracing Design Handbook both published by
Mason Contractors Association of America. Learn how to improve life
safety on the job site for free standing walls under construction. |
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Brick Selection
Credit/Time: 1 hour
AIA/CES: 000012
You will learn the essentials for selecting brick based primarily
on ASTM C216 in terms of color, texture, performance, cost and availability.
Other relevant clay ASTM standards are discussed. |
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Concrete Masonry Basements
Credit/Time: 1 hour
AIA/CES: 406129 HSW
Concrete masonry possesses numerous attributes that make it well
suited for basement and foundation wall construction including its
strength, durability, insulating properties and resistance to fire,
termites and noise. Where desired architectural units are used to
add attractive finishes to the interior wall of a basement. Concrete
masonry has the advantage of easily accommodating variations in
floor plans or wall heights. |
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Fire Resistance of Masonry Assemblies
Credit/Time: 1 hour
AIA/CES: 406111 HSW
Fire resistance of building elements is an important consideration
in building design. Consideration of fire as a load is now being
addressed. This presentation discusses acceptable methods for determining
the fire resistance of masonry assemblies including walls, lintels
and masonry fire protection for structural steel columns. Learn
how to calculate fire resistance of clay and concrete masonry assemblies
based on ANSI/ACI 216.1-97, TMS 0216-97.
New Slide Show Presentations!
View
Web Presentation
View
PowerPoint Presentation [2 MB]
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Flashing Masonry Veneer
Credit/Time: 1 hour
AIA/CES: 406130 HSW
Review of requirements for placing flashing and weepholes for masonry
veneer and changes that have been added as a result of the new Michigan
Residential Code 2000. Actual flashing applications and design details
are discussed. Focus is on the importance of proper installation
of flashing and weephole systems. |
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Masonry Flashing
Credit/Time: 1 hour
AIA/CES: 000007 HSW
Review of placing flashing and weepholes for single and multi-wythe
masonry walls. Actual flashing applications and design details are
discussed. Focus is on the importance of flashing and weephole systems. |
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Masonry Veneer
Credit/Time: 1 hour
AIA/CES: 406116 HSW
Performance and properties of successful masonry veneer construction
are presented. Included in the discussion are the four code-approved
backing systems, proper attachment to the backing, proper detailing,
quality materials and good workmanship. |
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Mortar and Grout
Credit/Time: 1 hour
AIA/CES: 270476
Properties, purpose and brief history for both mortar and grout
are highlighted. The history of mortars and modern mortars are presented.
The purpose of mortar is explained along with a discussion of the
plastic and hardened properties. The ASTM specification C270 is
presented focusing on the proportion and property methods for specifying.
Recommendations are given for mortar type selection and finishing
of the joints. The purposes of grout are discussed along with the
ASTM specification C476. |
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NCMA Design Software Demonstration
Credit/Time: 1 hour
AIA/CES: 406126 HSW
No engineer should be without this software! Learn to quickly and
easily design masonry walls based on the latest code requirements
using NCMA Software for the Design of Concrete Masonry Walls and
Lintels. In just minutes, you can design concrete masonry walls
utilizing allowable stress design or strength design. This demonstration
covers examples for structural design of a single story loadbearing
masonry building. |
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Special Inspection for Structural Masonry
Credit/Time: 1 hour
A review of the special inspection requirements for structural masonry
as covered in the Michigan Building Code. Both empirically designed
and engineered structures are discussed. A listing of what needs
to be inspected for both levels 1 and 2, and periodic versus continuous
inspections will also be presented. |
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