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Vol1: Twenty four papers from the tenth AIVC Conference, titles as follows: “Keynote Speech”; “Annex 14 - Condensation and Energy”; “Annex 18 - Demand Controlled Ventilating Systems”; “Trends in Airflow Design and Management,contributions by IEA Annex 20”; “Air Infiltration Measurement Techniques”; “The Performance of the Passive Perflurocarbon Method”;”Experimental Study of Air Flow Patterns in a Three Bedroomed House”;”Multizone Flow Analysis and Zone Selection Using a New Pulsed Tracer Gas Technique”; “Mathematical Modelling of Infiltration and Ventilation”; “Wind and Pressure Requirements for the Validation of a Multizone Air Infiltration Program”;“Airflow Simulation Techniques – Progress and Trends”; “Coupled Air Flow and Heat Conduction Model for Mechanically Ventilated Foundations”;”Minimum Ventilation Rates to Prevent Condensation: A Case Study”; “Experimental Method to Measure 3D Air Velocity”; “Airflow Measurement Techniques Applied to Radon Mitigation Problems”;”Wind Pressure on Low-rise Buildings, An Air Infiltration Analysis”; “Ventilation and Airtightness in Energy Balance Analyses”; “The Performance of Residential Ventilation Systems”; “Testing of heating and ventilating Equipment with the Duct Test Rig”; “The h,x-diagram as Representation of Measurements of Ranges of Comfort in a Long Duration Test”; “Ventilation by Displacement: Calculation of the Flow in a Three-Dimensional Room”; “Displacement Ventilation for Office Buildings”; “Envelope Leakiness of Large, Naturally Ventilated Buildings”; “Building Design and Maintenance and Indoor Air Pollution”; “A Perspective on the AIVC”.
Vol2: Twenty eight posters from the tennth AIVC Conference, titles as follows: “Accuracy and Development of Tracer-Gas Measurement Equipment”; “A Comparison Between the Step-up, Step-down and Pulse Injection Techniques for the Measurements of the Mean Age of Air”; ”Development of a Microprocessor-Controlled Tracer Gas System and Measurement of ventilation in a Scale Model”; “Methodologies for the Evaluation of Ventilation Rates by Tracer Gas Comparison”; “A Comparison of Different Methods of Calculating Interzonal Airflows by Multiple Tracer Gas Decay Tests”; “A Modern Concept for Office Buildings: Energy Saving and Good Indoor Climate are no longer Contradictory”; “Air Change in Flats with Natural Ventilation: Measurements and Calculations”; “Outdoor Air Inlet without Draught Problems”; “Energy Use for Transport of Ventilation Air”; “Comparison of Air Infiltration Rate and Air Leakage Tests under Reductive sealing for an Industrial Building”; “General Feature of a Two-Dimensional Isothermal Mean Flow inside a Ventilated Room with a Wall Mounted Obstacle”; “Buoyancy-driven Air Flows in a Closed Half-scale Stairwell Model: Velocity and Temperature Measurements”; “The Simulation Model of Industrial Conditioning Systems”; “VAV-Duct Systems – Simulating”; “Identification Methods for Multiple Cell Systems”; “The COMIS Infiltration Model”; “Air Infiltration in Canadian Homes - A Decade of Change”; “Ventilation, Air Flows in Buildings and Indoor Air Quality - RDSD and Developments in Germany”; “An Overview of Infiltration and ventilation Developments in France”; “Automated Tracer Equipment for Air Flow Studies in Buildings”; “Infiltration and Ventilation Developments in Norway”; “Air Infiltration and Ventilation. Progress and Trends in Sweden”;”Infiltration and Ventilation in Switzerland- Past and Future”; “New Design of Central Units in Air Heating Systems for Heating and Ventilation in Domestic Buildings”; “Airtightness of Swedish Residences”; “Demand Controlled Air Ductwork”; ”Air Changes and Scatter in Mechanical Ventilation Rates in Swedish Residences”; ”Public Policy Considerations and the Development of a Code for the Control of Radon in Residences”