01:00:47

Resilient Construction with Engineered Wood: Sustainable, Code-Compliant Solutions

57:50

Using the Performance Path for Energy Code Compliance

01:02:16

Simplifying IRC Wall Bracing Requirements

56:07

Designing Engineered Wood Diaphragm Systems

02:11

APA Force Transfer Around Openings (FTAO) Calculator

01:01:41

Design for Force Transfer Around Openings (FTAO)

02:14

Why Are Standards Important for Structural Engineered Wood Products?

02:36

APA – The Engineered Wood Association Is...

57:18

Fire-Rated Systems in Wood Construction

55:48

Wood Structural Panels as an Air Barrier

01:08:34

Estructuras Sostenibles Construidas con Madera de Ingenieria

01:02:14

How To Specify Engineered Wood

01:07:49

¡Constrúyelo Correctamente! Revisión de lo Básico en Edificios Grandes

59:01

Shear Wall Selection for Wood-Framed Buildings

01:02:48

Sustainable Structures Built with Engineered Wood

59:44

Shear Exhilaration: Wood Shear Wall and Diaphragm Design per the 2021 IBC

01:00:55

Frame it Right! Back to Basics for Big Buildings

03:11

Building Energy-Efficient Homes Cost Effectively | APA Performance Path Basics

59:13

Quality Floors from Start to Finish

01:33:53

Wall Bracing V: Wall Bracing Examples in High Seismic SDC D0 – D2 Regions

01:32:35

Wall Bracing IV: Wall Bracing in High Seismic SDC D0 – D2 Regions

55:54

Sheathe for Success: Simple techniques to make buildings stronger and more energy efficient

02:19

Using the Energy Rating Index | APA Performance Path Basics

02:01

Prescriptive vs. Performance | APA Performance Path Basics

01:00:08

Overview of Engineered Wood Products

01:01:06

Lateral Load Path Basics II: Tracing a Seismic Load Through a Wood Framed Structure

02:34

What is a Performance Path? | APA Performance Path Basics

01:06:41

Lateral Load Path Basics: Tracing a wind load through a wood framed structure

48:06

The ABCs of EWPs: Industrial Applications

01:04:21

Wall Bracing III - Simplified Wall Bracing & APA Wall Bracing Calculator for the 2018 IRC

01:01:29

Wall Bracing II: Meeting the 2018 IRC Bracing Provisions for Wind and Seismic

57:27

Wall Bracing I: IRC Load Path, Lateral Forces and Limitations

30:05

From Outsider to Insider: An Engineer’s Perspective of APA Services

01:02:00

Beam Me Up! Exploring the Worlds of Engineered Wood Beams

01:03:03

Frame for Success: Avoid Callbacks

01:01:08

Sustainable Choices: Wood Products in Industrial Applications

01:02:30

Wood as a Sustainable Building Material

31:34

Code Compliant Portal Frames Built Right

00:47

Builder Tips: Space Sheathing Right to Reduce Callbacks

00:55

Consejos para los constructores: Separe de manera correcta el revestimiento

15:14

Quality Roof Construction

15:16

Quality Floor Construction

15:18

Pisos de Alta Calidad

11:30

Techos de Alta Calidad

01:00:38

Converting to Advanced Framing: Learn from Experience

55:34

Engineered Wood I-Joists: Fire Protective Assemblies and Firefighter Safety

57:27

Meeting the Energy Code Using the Performance Path

01:04:21

Connection Design Solutions for Wood-Frame Structures

06:05

Construction Workshop in Lima, Peru

01:32

Time-lapse Construction Workshop in Lima, Peru

01:06:22

After the Storm: Building for High Wind Resistance

01:43

Introducing the APA Wall Bracing Calculator Step by Step

04:37

Easy Siding & Trim Attachment: Meet code requirements and simplify fastening with plywood or OSB

50:23

Advancements in Force Transfer Around Openings for Wood Framed Shear Walls

06:40

Value Engineering: Wood design puts California project back on track

28:21

Fire Protective Assemblies for Lightweight Floors

01:13:20

EWP Training Module F: Glulam Beam and Header Applications

27:43

EWP Training Module E: Best Practices for I-Joist, LVL and LSL Handling and Storage

24:55

EWP Training Module D: I-Joist Roof Systems Construction Details

50:04

Training Module C: Floor Framing and Rim Board Construction Details