Technical Document Library
Research-Backed Guidance for Every Project
Research-Backed Guidance for Every Project
Case Studies
- S115
This case study explains how glulam beams and engineered wood products shaped 2125 Franklin, a 735-bedroom mixed-use student housing building near the University of Oregon.
Technical Guides
- Q705
This publication provides simple steps to proper installation that ensures glulam beams perform as designed.
Technical Guides
- C800
Describes common engineered wood products: plywood, oriented strand board (OSB), I-joist, glued laminated timber (glulam), structural composite lumber (SCL) and rim board.
Case Studies
- N110
This case study discusses how two mid-rise projects used all-wood podiums instead of concrete to cut construction costs, reduce building mass and improve sustainability.
Technical Guides
- B707
Learn the APA research facility capabilities, including assembly-level testing of roof and floor building components and performance evaluation of lateral force resisting systems
Technical Guides
- W345 CA
This publication describes connection requirements and application notes for APA Performance Rated Rim Board for Canadian Limit States Design
Technical Topic
- TT-104
This publication explains the difference between apparent modulus of elasticity (MOE) and shear-free MOE in glulam beams
Case Studies
- R145
This case study discusses how glulam beams, planks, girders and columns were used to structurally and aesthetically restore the historic Appleton Mills complex in Lowell, MA.
Technical Topic
- TT-126
Publication answers common questions about fire-protective coatings. Certification and inspection of products with fire-protective coatings are generally outside the scope of APA.
Case Studies
- Q125
This case study explains how glulam beams were used to replace the flooring system of the historic Audrian Building, enabling the building to support multi-ton vintage automobiles.
Typical Details
- DT-GB-6
This detail shows two glulam beams butting over a wood support, with the beams connected to the support using a steel post cap and through-bolts.
Typical Details
- DT-GB-8
This detail shows connection of glulam beam bearing on solid-sawn post or glulam column using steel post cap at end wall condition.
Typical Details
- DT-GB-9
This detail shows a steel tie plate connection for a glulam beam bearing on a wood support at an end condition.
Case Studies
- V130
This publication describes how LEVER Architecture used engineered wood to balance design, budget and sustainability goals in a Portland, OR, commercial building project.
Case Studies
- R130
This case study discusses the Brelsford WSU visitor center’s use of several engineered wood products, including CLT and glulam.
Builder Tip
- F435
This publication highlights essential details for using the APA narrow wall bracing method around garage openings.
Builder Tip
- R540
This publication provides recommendations for storage and handling of glulam beams.
Technical Note
- Y245
This publication describes the natural fire resistance of glulam beams and columns and provides fire endurance calculation methods
Technical Note
- R495
This publication discusses decay fungi and how to prevent/minimize degradation of wood through proper design, storage, construction and maintenance
Technical Topic
- TT-123
This publication clarifies the applicability of the D+L deflection limits specified in Table 1604.3 of the 2018 IBC, specifically as they pertain to engineered wood products.
Data File
- Y240
This publication provides information on member sizes and layup, design stresses, column design equations and design tables and examples.
Technical Topic
- TT-014
This publication describes various wood structural panel manufacturing processes that result in the eradication of insects
Technical Note
- V700
This publication is a supplement to APA S560, providing an analytical tool in situations when horizontal holes exceeding the prescriptive guidance in APA S560 are necessary
Technical Guides
- E30
This publication provides a comprehensive overview of engineered wood construction systems for residential, commercial and industrial buildings