Webinar with Glen-Gery's Lara Roberston on How to Build the Impossible. An AIA credited (1 LU/HSW credit) presentation held via Zoom.

About this Event

ZOOM LINK HERE

also emailed out to registrants 2 hours and 10 minutes beforehand

How to Build the Impossible:

a case study on the Dr. Chau Chak Wing Building at UTS Sydney designed by Frank Gehry

This presentation takes an in-depth look at the masonry component of the Dr Chau Chak Wing Building façade. Shaped like a “crumpled up paper bag”, Frank Gehry’s complex design required the development of 5 unique brick shapes produced by the Brickworks Bowral Bricks facility in Australia. A bespoke wall tie was also developed to secure the bricks to the undulating substrate. This iconic building has been highly influential shaping the resurgence of contemporary brick architecture throughout Australia.

Learning outcomes:

• Discover how the façade at UTS was designed and constructed
• Determine how design limitations were overcome with the development of unique bricks
• Identify the design details for the bespoke brick restraint system used
• Describe the design development, engineering, fabrication of the UTS façade
• Observe the installation and construction methods used on-site to achieve the highly detailed brickwork

Webinar with Glen-Gery's Leroy Danforth on Water Penetration Resistance. An AIA credited (1 LU/HSW credit) presentation held via Zoom.

About this Event

ZOOM LINK HERE

also emailed out to registrants 2 hours and 10 minutes beforehand

Water Penetration Resistance in Brick Veneer

Water penetration is responsible for many of the problems encountered in masonry walls today. The successful performance of a masonry wall depends on limiting water penetration and controlling any water that does enter the wall system. Water penetration resistance and control in brick veneer is the focus of this presentation. The concept behind the ‘brick veneer drainage wall’ is discussed in detail, as well as, the proper materials to specify in order to maximize a wall's water penetration resistance. Once the ‘concept’ is explained, discussion continues with various wall conditions; including, base flashing, shelf angle conditions, wall openings, and parapets. Discussion includes: Which details work to keep moisture out of the wall--and which do not, which mortar type is best for specific applications, how to keep efflorescence to a minimum, and where flashing and weepholes should be placed to be most effective.

Other questions to be answered included:

• Workmanship
• What should be expected from the mason.
• Airspaces
• Why is a clean airspace so important and what are the minimum requirements for proper performance?
• Colorless Coatings
• When should they be used? Are they always effective?
• Wall cap details
• Why are parapets so often a problem?
• Flashing and weepholes
• Which types are most effective?
• Mortar
• What is the real difference between masonry cement and Portland cement lime mortar?

Webinar with Glen-Gery's Jeff Charles on Manufactured Stone. An AIA credited (1 LU/HSW credit) presentation held via Zoom.

About this Event

ZOOM LINK HERE

also emailed out to registrants 2 hours and 10 minutes beforehand

Manufactured Stone Veneer - Design, Installation and Maintenance

Recent developments in construction detailing and installation have resulted in the increased use of manufactured stone veneer systems. The stone look has been popular for centuries and new systems have been created to get a natural stone appearance and a very durable veneer system while reducing wall costs.

Topics to be covered include -

Manufacturing

We will look at the processes utilized to create cement based stone veneer units and the many different colors and patterns available. We will delve into the means and methods used to achieve these different looks while ensuring quality materials.

Installation

As with any wall system, there are certain guidelines, requirements and best practices that should be followed to ensure a properly performing installation. We will also discuss proper installation techniques.

Cost and Estimation

Costs and budgets are important for any project and when considering which materials to include, manufactured stone veneer can help. While there are many variables that affect price and appearance, we will give you the tools to complete an accurate comparison.

Life Cycle / Durability

Today’s buildings are being held to a higher standard of resiliency and life cycle. We will discuss the expected life cycles of manufactured stone walls and ways to increase durability and performance.

Webinar with Glen-Gery's Chris Metz on Designing with Glazed Brick . AIA credited (1 LU/HSW credit) presentation held via Zoom.

About this Event

ZOOM LINK HERE

also emailed out to registrants 2 hours and 10 minutes beforehand

Aesthetics and Performance Capabilities of Glazed and Surface Coated Brick Products

The durability of clay brick and the beauty of ceramic glazes have been combined for millennia to provide accents, highlights and entire facades of many iconic buildings of distinction and prominence. Today, brick coated with glazes and engobes continue to provide and extend the palette of brick colors and textures beyond the traditional, and provide the almost unlimited variety in aesthetics that designers expect. Many designers have yet to fully discover or understand the design capabilities, material characteristics and installation methods that provide superior performance in a wide variety of building applications from subways and schools to prisons and palaces.

HSW Justification:

This program incudes information related to: 1) the physical properties required by ASTM and building codes for brick 2) building code requirements for masonry veneer 3) industry recommended detailing that enhances resiliency and promotes health and safety by ensuring that water is managed properly and

Learning Objective 1:

Compare physical property requirements and characteristics of ASTM standards for glazed and surface coated brick.

Learning Objective 2:

Identify applications that are enhanced by the benefits of glazed and surface coated brick, as well applications for which they may be inappropriate.

Learning Objective 3:

Apply design, specification and installation best practices that promote optimal appearance and durability performance of glazed and surface coated brick.

Learning Objective 4:

Discuss enhanced water management strategies that are unique to glazed brick assemblies

Webinar with Glen-Gery's Leroy Danforth on Energy Efficiency & Code Compliance (1 LU/HSW credit)

About this Event

ZOOM LINK HERE

also emailed out to registrants 2 hours and 10 minutes beforehand

Designing Masonry for Energy Efficiency and Code Compliance

This presentation addresses changes in the building code concerning energy efficiency, fire safety and their impact on masonry wall construction from air barriers, insulation, anchors and veneer.

Topics included in this presentation are --

Energy Efficiency Goals

US Department of Energy goal to reduce energy consumption in new buildings through adoption by states, counties and municipalities of new building codes including ASHRAE Standard 90.1- the US standard that provides minimum requirements for energy efficient designs for buildings. Most recent edition of the ASHRAE Standard is 2013.

Driving Forces

AIA 2030 Challenge, IBC-International Building Code (commercial code), USGBC-US Green Building Council and other organizations supporting energy goals

Compliance Paths

Prescriptive versus performance compliance with the new codes.

Energy Efficiency Strategies

Reducing air infiltration and increasing thermal resistance in buildings.

NFPA 285

Standard Fire Test Method for Evaluation of Fire Propagation Characteristics of Exterior Non-Load-Bearing Wall Assemblies Containing Combustible Components

Code Changes

New code requirements impact on typical wall systems for anchored and adhered masonry.

Webinar with Glen-Gery's Ben Safren on Beyond the Brick . An AIA credited (1 LU/HSW credit) presentation held via Zoom.

About this Event

ZOOM LINK HERE

also emailed out to registrants 2 hours and 10 minutes beforehand

Beyond the Brick – Masonry Wall Assemblies to Optimize Performance

Given the ever-changing environment in today’s masonry industry, wall cavities have become more complex and diverse. As codes continue to change and manufacturers continue to innovate, it is more important than ever to understand the components in a masonry wall assembly to maximize performance and sustainability. This presentation attempts to close the gap between the architect and contractor to ensure the masonry wall construction adheres to industry best practices.

Topics included in this presentation include –

Basic Components

How air barriers, insulation, flashing, brick ties, weep holes, cavity drainage, flashing accessories, and other components come together in a masonry cavity wall.

Compatibility

Ensuring the components of the cavity wall are compatible including the flashing, air barrier, insulation, and sealants.

Install-ability

Discussing the components that enhance the performance of the contractor

Specification

How to precisely word your specification to ensure compatibility

Webinar with Glen-Gery's Lara Robertson on Inspiration Global Projects. An AIA credited (1 LU credit) presentation held via Zoom.

About this Event

ZOOM LINK HERE

also emailed out to registrants 2 hours and 10 minutes beforehand

Inspirational Global Projects:

3 case studies on iconic clay and glass brick architecture around the world

This presentation focuses on three iconic buildings. Beginning with the Celiné Flagship Store in Soeul South Korea designed by Casper Mueller Kneer and HAEAHN Architecture, Crystal Houses in Amsterdam designed by MVRDV and the Australian Embassy in Bangkok designed by BVN Architecture.

Learning Outcomes:

Céline Flagship Store, Seoul

• Describe the manufacturing process for 500mm long format clay bricks
• Demonstrate how an open brick bond was achieved through the use of vertical rods

Crystal House, Amsterdam

• Describe the steps involved manufacturing highly precise solid glass bricks for the project
• Detail the unique construction of the glass brick façade using UV cured adhesive bonding

Australian Embassy, Bangkok

• Identify the uses of 11 different curved radial bricks
• Determine the timeline for production and delivery of Australian building products for international projects

Webinar with Glen-Gery's Jeff Patterson on Unique Brick Architecture. An AIA credited (1 LU credit) presentation held via Zoom.

About this Event

ZOOM LINK HERE

also emailed out to registrants 2 hours and 10 minutes beforehand

Unique Brick Architecture

Current trends in architecture include the desire to reintroduce traditional articulated detailing concepts in a modern way. However, details that once were relatively straightforward to construct in mass masonry walls do not translate directly to contemporary anchored veneer construction.

This course discusses the various types of features that can be incorporated into anchored brick veneer, the limits of the prescriptive limits presented in the Building Code Requirements for Masonry Structures (TMS 402), and general detailing concepts to adapt these types of details to anchored brick veneer construction.

At the end of this program, participants will be able to:

• Summarize the building code requirements for anchored brick veneer and the allowable limits for corbeling
• Describe the material specifications for brick in these applications and how they differ from traditional anchored brick veneer
• Determine design elements that require the use of the rational design provisions in the code
• Identify various design and construction methods used to achieve elements that meet aesthetic, weatherproofing, and structural requirements of the anchored brick veneer.

Webinar with BIA's Cortney Fried on Forgotten Thermal Benefits of Brick. An AIA credited (1 LU/HSW credit) presentation held via Zoom.

About this event

ZOOM LINK HERE

also emailed out to registrants 2 hours and 10 minutes beforehand

Incorporating the Forgotten Thermal Benefits of Brick

While frequently chosen for aesthetics and durability, clay brick is not often considered when energy efficiency is a primary concern, even though it historically played a significant role in occupant comfort before widespread use of HVAC systems. This course discusses the basics of heat transfer, relevant energy code provisions for walls, and how current research by the National Brick Research Center demonstrates the role that brick veneer can play in meeting or exceeding energy requirements in modern wall assemblies.

Learning Objectives

1. Indicate how wall assemblies have changed throughout history and identify the thermal performance contribution of each component in the assembly.

2. Describe the impact of thermal mass, vented airspace, and reflective insulation on energy usage and code requirements.

3. Explain the differences in the code compliance paths and how mass walls, frame walls, and vented claddings are considered by the energy code.

4. Compare the dynamic thermal performance of wall assemblies with anchored brick veneer to wall assemblies with other claddings based on the results of contemporary research.

HSW Justification: This course has been submitted and accepted by AIA for 1 LU/HSW credit under the BIA provider number. The course discusses energy code requirements, as well as the relevant code compliant paths. In addition, various wall assemblies are compared and contrasted with respect to their compliance with the energy code. Discussion of recent research being used to develop a new energy standard that accounts for the performance of masonry under dynamic conditions is included.

Lunch will be provided.

Mask required if not COVID vaccinated, unless actively eating or drinking.

Our events are open to architectural, design, and building industry professionals only.

Adding Interest with Brick Shapes

One important reason for brick's popularity is its ability to adapt to design criteria. It can be shaped and used in a wide variety of traditional and contemporary detailing: Such as arches to sills, copings, columns and treads. This program focuses on the use of shapes, not only to increase the aesthetic quality of brickwork, but also toward accomplishing better detailing and better performing brickwork. Many applications involve units that are not normally considered to be brick shapes. Increased water penetration resistance, reducing the size of expansion joints, and the proper design of acute angle corners, can all be realized through the use of shapes.

Discussion will focus on increased performance of brickwork through the use of specially designed brick, i.e. arch design and versatility, sloped sills and caps, shelf angle brick, and even brick sculpture. Included will be discussion on how to reduce the cost of shapes through individual brick design and considerations of color, size, and bond patterns.

Other topics included in this presentation are --

Manufacturing

Glen-Gery makes every effort to see that special shapes match the color of the field brick used.

Radial Brick

What is the smallest radius possible without using a special shape?

Corners

Should obtuse angle corners be designed with 8 inch and 4 inch leg or a 6 inch and 2 inch leg?

Standard Brick

Special shapes are not necessary in many job specific applications including arches, sills, and caps.

Historical Reference

We often forget that many historical details, that included special shapes, were used for more than just aesthetic reasons.

Sculpture

Brick masonry and its use as sculpture are on the rise. Examples of brick sculpture will be presented and discussed.

Questions/Comments?

Email: events@glengery.com