Glenn Traylor

Do Connectors on Both Sides of a Truss Ever Need to be Placed Exactly?

Glenn Traylor

Once in a while, I’m asked—Is there ever an occasion when connectors on both sides of the truss need exact placement? Well, the answer might surprise you. There are, in fact, several situations where the top face connector and the bottom face connector need to be exactly...

#11239 Cover image
June 2019
Issue #11239
Page 38
Frank Woeste. P.E.

All Things Wood: The Critical Job of Truss Builders

Frank Woeste

Last month’s fine article by Glenn Traylor, “How Do I Choose Which Plates for a Critical Plate Inspection?”, reminded me of investigative experiences I’ve had throughout my career. The work of truss builders is extremely important, as evidenced by instances of truss...

#11239 Cover image
June 2019
Issue #11239
Page 56
Simpson Strong-Tie Staff

Questions Answered: Strong-Wall® Site-Built Portal Frame System

Simpson Strong-Tie Staff

In this article, we follow up on our April 17 webinar, Meeting Braced-Wall Requirements: A New Portal Frame Solution, by answering some of the interesting questions raised by attendees. During the webinar, we discussed how the Strong-Wall site-built portal frame system (PFS) provides...

#11239 Cover image
June 2019
Issue #11239
Page 98
Joe Kannapell

The Last Word: I-Joists vs. Floor Trusses

Joe Kannapell

The advantages of open-web floor trusses are beginning to decelerate the growth of EWP. Though I-Joist sales per housing start have increased about 6% over the last two years, the trend has slowed considerably. Some of the small gain is due to the continuation of the replacement of solid-sawn...

#11239 Cover image
June 2019
Issue #11239
Page 113
Frank Woeste. P.E.

All Things Wood: Addressing the Roof Truss Design Note: “Provide adequate drainage to prevent water ponding.”

Frank Woeste

The purpose of this article to examine the significance and implementation of a typical note that appears on metal plate connected roof-truss drawings when a top-chord-pitch of ¼:12 or less is specified by the Construction Documents. Three questions will be addressed: What is the...

#11234 Cover image
January 2019
Issue #11234
Page 46
Paul McEntee, S.E.

Questions Answered: Making Wood Connections Work for Two-Hour Fire Walls

Paul McEntee

In this article, Paul McEntee follows up on our July 25 webinar, Making Wood Connections Work for Two-Hour Fire Walls, by answering some of the interesting questions raised by attendees. We presented an hour-long webinar recently about using fire wall hangers in Type III wood-frame buildings,...

#10232 Cover image
November 2018
Issue #10232
Page 90
Aram Khachadourian, P.E., S.E.

Still Using Lag Screws? Consider Self-Tapping Wood Screws Instead

Aram Khachadourian, P.E.

Lag screws are traditionally specified for many structural loads in wood construction. However, recent innovations in engineering for self-tapping wood screws have made them an increasingly popular, labor-saving alternative to lag screws. In the following, Aram Khachadourian, P.E., of Simpson...

#10231 Cover image
October 2018
Issue #10231
Page 108
Glenn Traylor

When Fabricating Components, Always Consider the End Result

Glenn Traylor

How the product will be used is a very important consideration when designing components, and it also comes into play during fabrication. The attic trusses in the photograph have a wedge installed at the wall–ceiling intersection. This is the intended design. Deeper in the rack,...

#10228 Cover image
July 2018
Issue #10228
Page 30
Bryan Wert, MS, PE, SECB

Questions Answered: Resisting Uplift with Structural Fasteners

Bryan Wert

Of course you know about creating a continuous load path with either connectors or rod tiedown systems, but have you considered using fasteners instead? In this article, Bryan Wert follows up on our May 2 webinar, Drive a New Path: Resisting Uplift with Structural Fasteners, by answering some of...

#10228 Cover image
July 2018
Issue #10228
Page 96
Paul McEntee, S.E.

Multi-Ply Beam Load Transfer

Paul McEntee

Larger beams are often built up out of smaller 2x or 1¾” members. This can be done for several different reasons: for the convenience of handling smaller members on the jobsite, or because solid 4x, 6x or glulam material is not readily available, or for reasons of cost. Engineered...

#10225 Cover image
April 2018
Issue #10225
Page 98
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