September 1, 2018

An Education in Mass Timber

By: Greggrey Cohen, Jeffrey Langlois, Nancy Varney

The University of Massachusetts (UMass) wanted to bring its design programs — Architecture, Landscape Architecture and Regional Planning, and Building and Construction Technology — together in one creatively designed building...

Services:Materials Design, Structural Design
Markets:Education - College & Prep
Keywords:Green / Sustainable Design, Wood, Wood Frame
August 10, 2018

Field mockups for exterior wall systems: Will the design pass the test?

By: Daniel Clark, Eric Olson

What are the risks involved with enclosure design and how can owners and designers help mitigate them? How does one verify compliance with specified performance requirements, especially for critical elements intended to protect the building from...

Services:Building Enclosure Design
Keywords:Mockup, Walls
July 10, 2018

Designing for the Challenges of Zinc Roofing

By: Jeffry Ceruti, Daniel Clark, Kelsey Dunn

On 15 June, Building Enclosure magazine published the article “Designing for the Challenges of Zinc Roofing,” written by Jeff Ceruti, Dan Clark, and ...

Services:Building Enclosure Design
Keywords:Corrosion, Metal, Roofing, Waterproofing
June 25, 2018

Learning from the Storm

By: Nathaniel Smith, Milan Vatovec

Hurricane Sandy damage mitigationHurricane Sandy exposed inherent vulnerabilities in our infrastructure and built...

Services:Structural Investigation
Keywords:Flood, Waterproofing
May 16, 2018

Applying PIANC Fender Design Guidance to US Design Codes

By: William Bruin, Julie Galbraith, Rune Iversen, Maximo Argo
This paper provides a proposed rational approach for marine terminal designers in the United States to accompany the PIANC document and apply the factors outlined within it to standard US design codes. In addition, this paper provides commentary on the various topics covered within the PIANC guidance to provide some additional clarity and updated information based on the latest information and research for various topics.
Services:Structural Design
Keywords:Marine Engineering, Mooring and Berthing
May 16, 2018

Challenges and Considerations in Selection, Anchorage Design, and Installation of Quick-Release Mooring Hooks on Existing Structures

By: William Bruin, Rune Iversen, Julie Galbraith

Quick release mooring hooks have become increasingly popular for use in design of new mooring systems, especially for larger vessels. Hooks offer several operational and safety benefits over the standard bollards or cleats. Such benefits include...

Services:Structural Design
Keywords:Marine Engineering, Mooring and Berthing
May 16, 2018

Evaluation of Marine Structures for Kinematic Effects

By: William Bruin, Julie Galbraith, Muhammad Naeem

In performance-based seismic design, a marine structure is designed for inertial loading effects associated with the dynamic response of the structure. Some waterfront structures also experience seismically induced kinematic effects, associated...

Services:Structural Design
Keywords:Marine Engineering, Seismic Analyses
April 16, 2018

Balancing Your Building Enclosure

By: Emily Hopps

Abstract:
Building Enclosure Commissioning (BECx) is a buzzword within the construction industry. As a result, it is used in many different ways with various scopes of work. BECx is discussed in California Title 24,...

Keywords:Building Enclosure Commissioning, Energy (Energy Modeling, Energy Audits, Energy Commissioning), LEED Projects
April 10, 2018

Experimental Evaluation of a Procedure for SMF Continuity Plate and Design

By: Adel Mashayekh, Chia-Ming Uang

The AISC Seismic Provisions require that continuity plates in a special moment frame (SMF) welded moment connection be connected to the column flanges by complete-joint-penetration groove welds. Tran et al. (2013) have proposed a design procedure...

Services:Structural Design
Keywords:Fasteners and Connections, Frame, Special Moment
April 4, 2018

Experimental Evaluation of a Procedure for SMF Continuity Plate and Weld Design

By: Adel Mashayekh, Chia-Ming Uang
The AISC Seismic Provisions require that continuity plates in a special moment frame (SMF) welded moment connection be connected to the column flanges by complete-joint-penetration groove welds. Tran et al. (2013) have proposed a design procedure that allows the designer to evaluate the required forces in the continuity plates such that more economical welds (e.g., fillet welds) can be used; the required thickness of the continuity plates also need not be the same as that prescribed in the AISC Seismic Provisions.
Services:Structural Design
Keywords:Frame, Special Moment

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