| No. 1 |
Control of Sound Transmission through Gypsum Board Walls |
| No. 2 |
Fire Resistance of Gypsum Board Wall Assemblies |
| No. 3 |
Maintaining Acceptable Air Quality in Office Buildings through Ventilation |
| No. 4 |
Ways to Reduce Blistering in Built-up Roofs |
| No. 5 |
Window Condensation in Historic Buildings that Have Been Adapted for New Uses |
| No. 6 |
Fire Resistance of Concrete-Filled Steel Columns |
| No. 7 |
Corrosion of Metal Ties in Masonry Cladding |
| No. 8 |
Six Axioms for Building Durable Concrete Structures |
| No. 9 |
Evolution of Wall Design for Controlling Rain Penetration |
| No.10 |
Office Lighting Investments: Payoffs for People and the Environment |
| No.11 |
Effective Use of Bonding Agents |
| No.12 |
Fire Protection of Windows Using Sprinklers |
| No.13 |
Controlling Sound Transmission through Concrete Block Walls |
| No.14 |
Why Houses Need Mechanical Ventilation Systems |
| No.15 |
Current Approaches for Mechanical Ventilation of Houses |
| No.16 |
Sound Isolation and Fire Resistance of Assemblies with Fire Stops |
| No.17 |
Pressure Equalization in Rainscreen Wall Systems |
| No.18 |
Obtaining Effective Half-Cell Potential Measurements in Reinforced Concrete Structures |
| No.19 |
Assessing New Techniques for Evaluating Post-Tensioned Buildings |
| No.20 |
Fire Resistance of Floor Assemblies in Multi-Family Dwellings |
| No.21 |
Individual Control over Office Lighting: Perceptions, Choices and Energy Savings |
| No.22 |
Control of Floor Vibration |
| No.23 |
Water-Shedding Details Improve Masonry Performance |
| No.24 |
Surface Preparation of the Concrete Substrate |
| No.25 |
Controlling the Transmission of Airborne Sound through Floors |
| No.26 |
Seismic Evaluation and Upgrading of Buildings |
| No.27 |
Effect of Electrical Outlet Boxes on Sound Isolation of Gypsum Board Walls |
| No.28 |
Performance Issues with Muntin Bars in Sealed Insulating Glass Units |
| No.29 |
Effective Installation of Membranes on Parking Garage Decks |
| No.30 |
Thermoplastic Polyolefin Roofing Membranes |
| No.31 |
Fire Performance of High-Strength Concrete Structural Members |
| No.32 |
Use of Field-Applied Polyurethane Foams in Buildings |
| No.33 |
Factors Affecting the Performance of Ventilation in Large Buildings |
| No.34 |
Designing Exterior Walls According to the Rainscreen Principle |
| No.35 |
Controlling the Transmission of Impact Sound through Floors |
| No.36 |
Performance of Thermal Insulation on the Exterior of Basement Walls |
| No.37 |
Influence of Air Diffuser Layout on the Ventilation of Workstations |
| No.38 |
Blistering in SBS Polymer Modified Bituminous Roofs |
| No.39 |
Traffic Vibrations in Buildings |
| No.40 |
Detecting Leaks in Water Distribution Pipes |
| No.41 |
Low-Permeance Materials in Building Envelopes |
| No.42 |
Why Building Occupants Ignore Fire Alarms |
| No.43 |
Strategies for Ensuring Appropriate Occupant Response to Fire Alarm Signals |
| No.44 |
Curling of Concrete Slabs |
| No.45 |
Ensuring Good Seismic Performance With Platform-Frame Wood Housing |
| No.46 |
A Method for Evaluating Air Barrier Systems and Materials |
| No.47 |
Basic Principles of Smoke Management for Atriums |
| No.48 |
Considerations in the Design of Smoke Management Systems for Atriums |
| No.49 |
Sealing Cracks in Asphalt Concrete Pavements |
| No.50 |
Specifying Acoustical Criteria for Buildings |
| No.51 |
Acoustical Design of Rooms for Speech |
| No.52 |
Preventing Concrete Deterioration Due to Alkali-Aggregate Reaction |
| No.53 |
Behaviour and Performance of Concrete Sidewalks |
| No.54 |
Best Practices for Concrete Sidewalk Construction |
| No.55 |
Dynamic Wind Testing of Commercial Roofing Systems |
| No.56 |
Slipline Rehabilitation of Watermains with High-Density Polyethylene Pipe |
| No.57 |
Fire Resistance and Sound Insulation of Load-Bearing Steel-Stud Wall Assemblies |
| No.58 |
Effects of Improved Spacer Bar Design on Window Performance |
| No.59 |
Repairs to restore serviceability in concrete structures |
| No.60 |
Making the Open-Plan Office a Better Place to Work |
| No.61 |
Workstation Design for the Open-Plan Office |
| No.62 |
Lighting Design for Open-Plan Offices |
| No.63 |
Acoustical Design for Open-Plan Offices |
| No.64 |
Indoor Air Quality and Thermal Comfort in Open-Plan Offices |
| No.65 |
Using Garden Roof Systems to Achieve Sustainable Building Envelopes |
