Expand All
TOC Search:
How to Achieve Superior Building Envelope Performance in Rainscreen Wall Design, 2025
- Slide 1
- Slide 2: How to Achieve Superior Building Envelope Performance in Rainscreen Wall Design
- Slide 3
- Slide 4: How to Use This Online Learning Course
- Slide 5: Purpose and Learning Objectives
- Slide 6: Contents
- Slide 7: Rainscreen Walls and Hygrothermal Loads
- Slide 8: Hygrothermal Loads Impacting the Building Envelope
- Slide 9: Hygrothermal Loads Impacting the Building Envelope
- Slide 10: Wall Construction Strategies
- Slide 11: Wall Construction Strategies
- Slide 12: Anatomy of the Theoretical “Perfect Wall”
- Slide 13: Anatomy of the Theoretical “Perfect Wall”
- Slide 14: REVIEW QUESTION
- Slide 15: ANSWER
- Slide 16: The Backup Wall
- Slide 17: How the AWB Has Been Addressed
- Slide 18: Hygrothermal Controls in the Traditional Backup Wall Assembly
- Slide 19: Hygrothermal Controls in the Traditional Backup Wall Assembly
- Slide 20: Hygrothermal Controls in the Traditional Backup Wall Assembly
- Slide 21: Hygrothermal Controls in the Traditional Backup Wall Assembly
- Slide 22: Hygrothermal Controls in the Traditional Backup Wall Assembly
- Slide 23: Hygrothermal Controls in the Traditional Backup Wall Assembly
- Slide 24: Hygrothermal Controls in the Traditional Backup Wall Assembly
- Slide 25: Hygrothermal Controls in the Traditional Backup Wall Assembly
- Slide 26: Hygrothermal Controls in the Traditional Backup Wall Assembly
- Slide 27: Hygrothermal Controls in the Traditional Backup Wall Assembly
- Slide 28: Hygrothermal Controls in the Traditional Backup Wall Assembly
- Slide 29: Hygrothermal Controls in the Traditional Backup Wall Assembly
- Slide 30: Hygrothermal Controls in the Traditional Backup Wall Assembly
- Slide 31: Hygrothermal Controls in the Traditional Backup Wall Assembly
- Slide 32: Hygrothermal Controls in the Traditional Backup Wall Assembly
- Slide 33: Hygrothermal Controls in the Traditional Backup Wall Assembly
- Slide 34: Hygrothermal Controls in the Traditional Backup Wall Assembly
- Slide 35: Challenges with the Traditional Backup Wall Assembly
- Slide 36: Challenges with the Traditional Backup Wall Assembly
- Slide 37: What a Superior Backup Wall Would Provide
- Slide 38: REVIEW QUESTION
- Slide 39: ANSWER
- Slide 40: High-Performance Backup Wall Solution
- Slide 41: Insulated Composite Backup Wall System
- Slide 42: Insulated Composite Backup Wall System: Features
- Slide 43: Insulated Composite Backup Wall System: Features
- Slide 44: Insulated Composite Backup Wall System: Water-Resistive Barrier
- Slide 45: Insulated Composite Backup Wall System: Air Barrier
- Slide 46: Insulated Composite Backup Wall System: Vapor Barrier
- Slide 47: Insulated Composite Backup Wall System: Thermal Barrier
- Slide 48: Insulated Composite Backup Wall System: Effectiveness
- Slide 49: Insulated Composite Backup Wall System: Effectiveness
- Slide 50: Insulated Composite Backup Wall System: Integrated Attachment
- Slide 51: Insulated Composite Backup Wall System: Integrated Attachment
- Slide 52: Insulated Composite Backup Wall System: Panel Examples
- Slide 53: Insulated Composite Backup Wall System: Integrated Attachment
- Slide 54: Insulated Composite Backup Wall System: Panel Examples
- Slide 55: Insulated Composite Backup Wall System: Integrated Attachment
- Slide 56: Insulated Composite Backup Wall System: Integrated Attachment
- Slide 57: Insulated Composite Backup Wall System: Integrated Attachment
- Slide 58: Insulated Composite Backup Wall System: Integrated Windows
- Slide 59: Insulated Composite Backup Wall System: Louver Panels
- Slide 60: REVIEW QUESTION
- Slide 61: ANSWER
- Slide 62: Insulated Composite Backup Wall System Installation Efficiencies
- Slide 63: Installation Video
- Slide 64: Construction Labor Efficiency and Productivity
- Slide 65: Lean Design and Construction
- Slide 66: Time/Motion Study
- Slide 67: Time/Motion Study
- Slide 68: Time/Motion Study
- Slide 69: Time/Motion Study
- Slide 70: Time/Motion Study
- Slide 71: Fixed General Conditions Cost Savings
- Slide 72: Variable General Conditions Cost Savings: Enclosure
- Slide 73: Variable General Conditions Cost Savings: Temporary Heating
- Slide 74: Total Cost Savings
- Slide 75: REVIEW QUESTION
- Slide 76: ANSWER
- Slide 77: Insulated Composite Backup Wall System Installation Examples
- Slide 78: Unique Fitness, Holbrook, NY
- Slide 79: Unique Fitness, Holbrook, NY
- Slide 80: T-Mobile Arena, Las Vegas, NV
- Slide 81: T-Mobile Arena, Las Vegas, NV
- Slide 82: T-Mobile Arena, Las Vegas, NV
- Slide 83: Irwin Seating Company, Walker, MI
- Slide 84: Irwin Seating Company, Walker, MI
- Slide 85: Summary
- Slide 86: Summary
- Slide 87: Summary
- Slide 88: Summary
- Slide 89: Thank You [Go to Page]