Litterature

See also papers about BSim in full length at the Internet.

• Andersen B. et al. (1982). Weather data for HVAC and energy calculations Danish Test Reference Year TRY (In Danish) (Vejrdata for VVS og energi. Dansk referenceår TRY). SBI report 135. Danish Building Research Institute, Hørsholm, DENMARK.

• Andersen K T, Heisselberg P & Aggerholm S (2002). Natural ventilation in commercial buildings, Calculation and dimensioning (In Danish). By og Byg Anvisning 202. Danish Building and Urban Research, Hørsholm, Denmark.

• British Standards Institution (1991). Code of practice for ventilation principles and designing for natural ventilation (2nd edition). (BS5925:1991). London.

• Christoffersen J. et al. (1992). Daylight and Energy Analysis using an Integrated Software System. ASHRAE-Fifth Thermal Performance of the Exterior Envelope of Buildings, Florida, USA, 7-10 December 1992.

• Christoffersen J. (1994). SUPERLINK User's manual, IEA Task 12. Danish Building Research Institute, Hørsholm, DENMARK.

• Christoffersen J., Grau K. & Johnsen K. (1993). Integrated daylight and energy analyses at building design (In Danish) (Integreret dagslys- og energianalyse ved bygningsprojektering). Paper in proceedings of 13. Nordic Lighting Conference, Helsingør, DENMARK.

• DS 418 (2002). Danish Engineering Society's rules for calculation of buildings heatloss (In Danish) (DIF's regler for beregning af bygningers varmetab. DS 418, 6. edition) Danish Standard, Copenhagen, Denmark.

• EN 410:1998. Glass in building - Determination of luminous and solar characteristics of glazing.

• Grau K. & Johnsen K. (1995). General shading model for solar building design. ASHRAE Transactions 1995, Vol. 101.

• Grau K. & Wittchen K. B. (1999). Building Design System and Cad Integration. In proceedings of IBPSA Building Simulations '99, 13-15 September 1999, Kyoto, Japan.

• Grau K. (2000). Integrated building design on PC's (In Danish) (Integreret projektering med edb). Danvak VVS-magazine 1/2000. Teknisk Forlag, Copenhagen, DENMARK.

• Grau K., Ryberg H. & Djurtoft R. (2000). Integrated building design on PC's - Test in practice (In Danish) (Integreret bygningsprojektering med edb - afprøvning i praksis). Danvak VVS-magazine 2/2000. Teknisk Forlag, Copenhagen, DENMARK.

• Hansen H.E., Kjerulf-Jensen P. & Stampe, O.B. (1997). Heat and climate technique : Base-book (In Danish). 2. edition. Danvak. Copenhagen, Denmark.

• Hopkinson, R. G. et al (1966) Daylighting. London, UK.

• Institute for Mathematical Modelling (1972). Solving systems of linear equations (in Danish) (Løsning af lineære lignings systemer). Folder 23. Technical University of Denmark, Lyngby, DENMARK.

• Jensen, J. M. & Lund H. (1995). Design reference year, DRY - a new Danish reference year (In Danish). Message no. 281. Thermal Insulation Laboratory (now BYG*DTU), Technical University of Denmark. Lyngby, Denmark.

• Johnsen K. & Grau K. (1994). tsbi3 - Computer program for thermal simulation of buildings, User's Guide. Danish Building Research Institute, Hørsholm, DENMARK.

• Larson G. W. and Shakespeare, R. (1998). Rendering with Radiance, The Art and Science of Lighting Visualisation. Morgan Kauffmann Publishers, Inc., San Francisco, California, USA 1998.

• Lindelöf, D., Morel, N., 2005. Bayesian Optimization of User Visual Comfort. Lux Europa 10th European Lighting Conference.

• Lomas K.J., Eppel H. & Bloomfield D. (1993). Blind validation of Building Simulation Models. CIBSE/-BEPAC Conference, Manchester, UK.

• Longmore J. (1967). BRS Daylight Protractors. Building Research Establishment, Garston, Watford, UK.

• Lund H. (1979). Revised splitting procedure for calculation of direct normal radiation and diffuse radiation. Thermal Insulation Laboratory, Technical University of Denmark, Lyngby, DENMARK.

• Muneer T. (1989). Algorithms for estimating hourly solar irradiation on slopes. Journal of Building Services, Enginering, Research and Technology 10(2).

• Orme M, Liddament MW & Wilson A (1998). Numerical data for air infiltration and natural ventilation calculations (TN44). Coventry: Air Infiltration and Ventilation Centre, AIVC.

• Petersen E. (1966). Insolation through windows (In Danish) (Solindfald gennem vinduer). Report no 13. Thermal Insulation Laboratory, Technical University of Denmark, Lyngby, DENMARK.

• Petersen E. (1982). Solar radiation and daylight, measured and calculated (In Danish) (Solstråling og dagslys, -målt og beregnet). Report 34. Light Technique Laboratory, Lyngby, DENMARK.
  
  Petersen E. & Johnsen K. (1993). Daylight Calculations in the PC program tsbi3 (In Danish) (Dagslysberegninger i edb-programmet tsbi3). In proceedings of 13. Nordic Lighting Conference, Helsingør, DENMARK.

• Ray-Jones A. & Clegg D. (1991). "CI/SfB Construction indexing manual - 1976 revision Abridged reprint 1991" RIBA Publications Limited. London, ENGLAND. ISBN: 0 947877 04 5

• Rode C. & Grau K. (2001). "Synchronous Calculation of Transient Hygrothermal Conditions of Indoor Spaces and Building Envelopes". In proceedings of IBPSA Building Simulations 2001, 13-15 August 2001. Rio de Janeiro, Brazil.

• Rode, C, K. Grau & T. Mitamura (2001). "Hygrothermal Conditions in the Envelope and Indoor Air of Buildings." Performance of Exterior Envelopes of Whole Buildings VIII Conference. Florida, USA.

• Schröder P & Hanrahan. On the Form Factor between Two Polygons. Department of Computer Science. Princeton University.

• Szerman M. (1990). SUPERLINK 1.0 - Documentation / Manual. Fraunhofer Institute für Bauphysik, Stuttgart, GERMANY.

• Threlkeld J.L. (1962). Solar irradiation of surfaces on clear days. ASHRAE Journal, November, 1962.

• Turner J.A. (1990). Guide to Reading NIAM Diagrams. University of Michigan, USA.

• Walton G.N. (1986). Algorithms for Calculating Radiation View Factors Between Plane Convex Polygons With Obstructions. U.S. Department of Commerce. National Bureau of Standards, Washington, DC.

• Window and Daylighting Group (1985). SUPERLITE User's manual. Lawrence Berkeley Laboratory, California, USA.

A complete list of publications on BSim is found at the BSim web-page under literature.