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What's New

From May-1-2002 to May-31-2002

Updates and changes:

(Back to What's New List)
  • Added references: 27
  • Added concepts: 5
  • Added essays: 1

References

  1. Walker, J. S., D. J. Wilson and M. H. Sherman, (1998), A comparison of the power law to quadratic formulations for air infiltration calculations. (31-5-02)
  2. Pasanen, A-L, (2000), Evaluation of indoor fungal exposure. (21-5-02)
  3. Niemi, S., (2000), Automatic structural moisture measurement system in inhabited dwellings. (21-5-02)
  4. Ojanen, T. and M. Salonvaara, (2000), Numerical simulation of mould growth in timber frame walls. (21-5-02)
  5. Pasanen, R.S., A.L., Kasanen, J.P., Raunio, P., Rantam?ki, J., and Kalliokoski, P., (2000), Moisture conditions and fungi in wood and wood based material samples collected from damp buildings. (21-5-02)
  6. Fogel, J.L. and J. D. Lloyd, (2002), Mold performance of some construction products with and without borates. (21-5-02)
  7. Wang, Q. and Odeen, K., (1996), Evaluation of natural decay resistance of wood recovered from demolished buildings. (21-5-02)
  8. Soebarto, V.I. and T.J. Williamson, (2002), Multi-criteria assessment of building performance: theory and implementation. (15-5-02)
  9. Garboczi, E. J., Bentz, D. P., Snyder, K. A., Martys, N. S., Stutzman, P. E., Ferraris, C. F. and Bullard, J. W., (2002), An electronic monograph:modelling and measuring the structure and properties of cement-based materials. (15-5-02)
  10. Zia, P. Ahmad, S. and Leming, M., (1997), High-Performance Concretes A State-of-Art Report (1989-1994). (15-5-02)
  11. Kieper, G. W. Caemmerer, and A. Wagner, (1976), A new diagram to evaluate the performance of building construction with a view to water vapor diffusion. (15-5-02)
  12. Holm, A., (2001), Drying of an AAC flat roof in different climates Computational sensitivity analysis versus material property measurements. (15-5-02)
  13. Diederich, (2001), How to find hidden microbial growth with a mold dog. (15-5-02)
  14. Hazleden, D., (2001), Envelope Drying Rates Experiment, Final Report. (15-5-02)
  15. Howard, J. L., (2001), U.S. timber production, trade consumption, and price statistics 1965 to 1999. (15-5-02)
  16. Tsongas, G.A., Thornton, B.A., Burch, D.M. and Walton, G.N, (1996), A computer analysis of the moisture performance of roof constructins in the U.S. DOE Moisture Control Handbook. (15-5-02)
  17. Burch, D.M. and Walton, G.N, (1997), A mathematical analysis of moisture and heat transfer in the roof cavities of manufactured housing. (15-5-02)
  18. Zarr, R.R., Kumaran, K. and Lagergren, E.S, (1997), NIST/NRC-Canada interlaboratory comparison of guarded hot plate measurements: 1993-1997. (15-5-02)
  19. ASHRAE, (2002), ANSI/ASHRAE Standard 140-2001, Standard Method of Test for the Evaluation of Building Energy Analysis Computer Programs. (15-5-02)
  20. Goldstein, R. J., et al, (2002), Heat transfer - a review of 2000 literature. (2-5-02)
  21. Bartak, M., I. Beausoleil-Morrison, J.A. Clarke,J. Denev, F. Drkal, and M. Laina, (2002), Integrating CFD and building simulation. (2-5-02)
  22. McKeever, D. B. and Adair, C., (1995), Wood products used in new nonresidential building construction. (2-5-02)
  23. Wood Products Council, (2001), Guide to wood design information, 2001-2002 edition. (2-5-02)
  24. Holm, A. and Kuenzel, H. M., (2001), Uncertainty approaches for hygrothermal building simulations - drying of an AAC flat roof in different climates. (1-5-02)
  25. Curcija, D., (), Role of computer simulation in window certification. (1-5-02)
  26. WUFI, (), Moisture transport in building materials - computer simulation with the WUFI model. (1-5-02)
  27. Krus, M., Sedlbauer, K., Zillig, W. and Kunzel, H.M, (2001), A new model for mould prediction and its application on a test roof. (1-5-02)

Essay

  1. Kieper method: 15-5-02
  2. HAM: simulation input parameters: 15-5-02
  3. Conference: IAQ: 15-5-02
  4. CEN/TC: European: 15-5-02
  5. DIN: German standard DIN (Deutsches Institut f¨¹r Normung): 15-5-02
  6. IBP: IMEDAS Internet Measurement and Data Evaluation System: 15-5-02
  7. HAM: simple calculations: 15-5-02
  8. WTA Working group (Building Restoration and Conservation): 15-5-02
  9. FRAME plus: 15-5-02

Web Links

Environmental chamber of BCEE Concordia
A multi-purpose building envelope test facility that can host full-scale wall specimens, at Centre for Building Studies, Concordia University

Concept

  1. mathematics: sensitivity analysis, parametrical variation: 15-5-02
  2. concrete: 15-5-02
  3. HAM: simplified models - simplification: 15-5-02
  4. HAM: simplified models - analytical methods: 15-5-02
  5. market, trend, future: 2-5-02


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