A

Abdul Hamid, Akram (2019) Field Measurements for Verification of the Impact of Renovation and Maintenance Measures on Buildings: - regarding Energy Efficiency, Indoor Environment and Moisture Safety. Doctoral thesis, Lunds universitet.

Antretter, Florian and Kosmann, Sarah and Kilian, Ralph and Holm , Andreas and Ritter, Fabian and Wehle, Barbara (2013) Controlled Ventilation of Historic Buildings: Assessment of Impact on the Indoor Environment via Hygrothermal Building Simulation. In: Building Pathology and Rehabilitation. Springer. ISBN 978-3-642-31158-1

B

Bläuer-Böhm, C and Zehnder, K and Domeisen, H and Arnold, A (2001) Climate Control for the Passive Conservation of the Romanesque Painted Wooden Ceiling in the Church of Zillis (Switzerland). Studies in Conservation, 46 (4). pp. 251-268. ISSN 00393630

Brown, D (1996) Alternatives to Modern Air-Conditioning Systems: Using Natural Ventilation and Other Techniques. APT Bulletin, 27 (3). pp. 46-49. ISSN 08488525

C

Cabeza, Luisa F. and de Gracia, Alvaro and Pisello, Anna Laura (2018) Integration of renewable technologies in historical and heritage buildings: A review. Energy and Buildings, 177. pp. 96-111.

Cooper, Ed W and Etheridge, David W and Mattsson, Magnus and Wigö, Hans (2011) Measurement of the adventitious leakage of churches with a novel pulse technique. In: Roomvent 2011: 12th International conference on air distribution in rooms, 2011, Trondheim, Norge.

D

de Rubeis, Tullio and Nardi, Iole and Muttillo, Mirco and Paoletti, Domenica (2020) The restoration of severely damaged churches – Implications and opportunities on cultural heritage conservation, thermal comfort and energy efficiency. Journal of Cultural Heritage, 43. ISSN 12962074

E

Eskola, Lari and Alev, Üllar and Arumägi, Endrik and Jokisalo, Juha and Donarelli, Anna and Siren, Kai and Kalamees, Targo (2015) Airtightness, air exchange and energy performance in historic residential buildings with different structures. International Journal of Ventilation, 14 (1).

G

Garskof, Josh (1997) Cold Comfort, Specifying Mini-Duct Air Conditioning for an Old House. Old House Journal, XXV (4). pp. 41-45.

H

Hayati, Abolfazl and Akander, Jan and Mattsson, Magnus (2018) Simulation of Ventilation Rates and Heat Losses during Airing in Large Single Zone Buildings in Cold Climates. In: Cold Climate HVAC 2018 The 9th International Cold Climate Conference Sustainable new and renovated buildings in cold climates, 12-15 March 2018, Kiruna, Sweden.

Hayati, Abolfazl and Mattsson, Magnus and Sandberg, Mats (2017) Single-sided ventilation through external doors: Measurements and model evaluation in five historical churches. Energy and Buildings, 141. pp. 114-124. ISSN 0378-7788

Hayati, Abolfazl and Mattsson, Magnus and Sandberg, Mats (2016) A Study on Airing Through the Porches of a Historical Church – Measurements and IDA-ICE Modelling. In: SHRAE and AIVC IAQ 2016 — Defining IndoorAir Quality: Policy, Standards and Best Practices, 12–14 September 2016, Alexandria, Virginia, USA.

Hayati, Abolfazl and Mattsson, Magnus and Sandberg, Mats (2019) A wind tunnel study of wind-driven airing through open doors. The International Journal of Ventilation, 18 (2). ISSN 2044-4044

I

Int-Hout, D and Klostra, L (1999) Practical Guide: Air distribution for large spaces. ASHRAE Journal, 41 (4). pp. 57-64.

Isaacs, Nigel (2019) Evolution of sub-floor moisture management requirements in UK, USA and New Zealand 1600s to 1969. International Journal of Building Pathology and Adaptation, 37 (4). ISSN 2398-4708

K

Klenz Larsen, Poul and Wessberg, Magnus and Broström, Tor (2013) Adaptive ventilation for occasionally used churches. In: EWCHP-2013, 3rd European Workshop on Cultural Heritage Preservation, Bolzano, Italy.

Käferhaus, J (2004) Reactivation of Historic Natural Ventilation in the Hofburg, Vienna, with Proof of its Functioning by Measuring Campaign and Application of the Results in Schönbrunn Castle, Vienna. In: European Research on Cultural Heritage, State-of-the-Art Studies. ITAM, pp. 351-357. ISBN 80-86246-23-X

Kölsch, Philipp (2019) Hygrothermal simulation of cathedral ceiling roofs with ventilated roofing tiles. International Journal of Building Pathology and Adaptation, 37 (4). ISSN 2398-4708

M

Mattsson, Magnus and Lindström, Svante and Linden, Elisabet and Sandberg, Mats (2011) Methods to identify air leakages in the building envelope of churches. In: EEHB 2011: Conference on Energy Efficiency in Historic Buildings, 2011, Visby, Sweden.

N

Napp, Margus and Wessberg, Magnus and Kalamees, Targo and Broström, Tor (2016) Adaptive ventilation for climate control in a medieval church in cold climate. International Journal of Ventilation, 15 (1).

O

O'Sullivan , P and Oreszczyn, T (1992) Environmental Control in Historic Galleries and Museums. Indoor and Built Environment, 1 (6). pp. 363-366. ISSN 1420326X

Ogley, P and Wood, C and Brocklebank, I and Pickles, D (2010) ENERGY EFFICIENCY IN HISTORIC BUILDINGS Open fires, chimneys and flues. Project Report. English Heritage.

R

Robinson, T J and Ouellet, A E (1999) Practical Guide: Filters and Filtration. ASHRAE Journal, 41 (4). pp. 65-70.

Rose, William (2019) Must attic ventilation be preserved in energy retrofits? International Journal of Building Pathology and Adaptation, 37 (4). ISSN 2398-4708

Ryhl-Svendsen, M and Padfield, T and Smith, V A and De Santis, F (2003) The indoor climate in historic buildings without mechanical ventilation systems. Healthy Buildings 2003. pp. 278-283.

S

Sandberg, Mats and Mattsson, Magnus and Etheridge, David W and Claesson, Leif (2011) Wind tunnel measurements of pressure distribution on the façade and surrounding ground of a church. In: Roomvent 2011: 12th International conference on air distribution in rooms, 2011, Trondheim, Norge.

Sandberg, Mats and Mattsson, Magnus and Etheridge, David W and Claesson, Leif (2011) Wind tunnel measurements of pressure distribution on the façade of a church. In: EEHB 2011: Conference on Energy Efficiency in Historic Buildings, 2011, Visby, Sweden.

V

Valentín, N and García, R and De Luis, O and Maekawa, S (1998) Microbial control in archives, libraries and museums by ventilation systems. Restaurator, 19 (2). pp. 85-107. ISSN 0034-5806

W

Wessberg, Magnus (2019) Indoor climate analysis and model based control of massive construction historic buildings. Doctoral thesis, Czech Technical University in Prague.

Wessberg, Magnus and Leijonhufvud, Gustaf and Broström, Tor (2016) An evaluation of three different methods for energy efficient indoor climate control in Skokloster Castle. In: EECHB2016.

Z

Zemitis, Jurgis and Borodinecs, Anatolijs and Kalamees, Targo (2019) Analysis of Various Ventilation Solutions for Residential and Non-residential Buildings in Latvia and Estonia: Sustainable Buildings in Cold Climates. In: Cold Climate HVAC 2018.