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What's New

From Jun-1-2001 to Aug-30-2001

Updates and changes:

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  • Added references: 29
  • Added concepts: 53
  • Added essays: 0

References

  1. Horner, W., A. Worthan, B. Epstien, and M. Black, (1999), MVOC emission patterns of indoor fungi: strain and culture differences. (2-8-01)
  2. Salerno, M., (2000), British Columbia building envelope research program. (2-8-01)
  3. Zhu, D., Mallidi, S.R. and Fazio, P., (1995), Quantitative driving rain exposure on a vertical wall at various Canadian cities. (16-7-01)
  4. Niu, J., Tung, T. C., and Chui, V. W. Y., (1998), Using large environmental chamber technique for gaseous contaminant removal equipment test. (5-7-01)
  5. Chen, H., Besant, R. W., and Tao, Y., (1997), Two-dimensional air exfiltration and heat transfer through fiberglass insulation I -- numerical model and experimental facility. (5-7-01)
  6. Hens, H. and Janssens, A., (1999), Heat and moisture response of vented and compact cathedral ceilings: a test house evaluation. (5-7-01)
  7. Hens, H., (2000), Fungal defacement in buildings: a performance related approach. (5-7-01)
  8. ASTM, (1997), D4442-92(1997)e1 standard test methods for direct moisture content measurement of wood and wood-base materials. (5-7-01)
  9. ASTM, (1998), D4444-92e1 standard test methods for use and calibration of hand-held moisture meters. (5-7-01)
  10. CSA, (1994), O86.1-94 Engineering Design in Wood (Limit States Design). (5-7-01)
  11. Kunzel, H. M., (2000), Moisture risk assessment of roof constructions by computer simulation in comparison to the standard Glaser-method. (28-6-01)
  12. Lindgren, O., (1992), Medical CT-scanners for non-destructive wood density and moisture content measurements. (28-6-01)
  13. Lounis, Z., D. J. Vanier and M. A. Lacasse, (1998), A discrete stochastic model for performance prediction of roofing systems. (28-6-01)
  14. Holm, A. and Hunzel, H. M., (2000), Non-isothermal moisture transfer in porous building materials. (28-6-01)
  15. Vinha, J., (2000), Drying of timber-framed wall structures. (27-6-01)
  16. Wadso, L., (1996), Studies of the degratation of building materials by isothermal microcalorimetry. (26-6-01)
  17. Vinha, J. and Kakela, P., (2000), Water vapour transmission in wall structures due to diffusion and convection. (26-6-01)
  18. Karagiozis, A., (1999), Integrated approaches for moisture analysis. (21-6-01)
  19. Clifford, A. A., (1973), Multivariate error analysis: a handbook of error propagation and calculation in many-parameter system. (21-6-01)
  20. Akbari, H. and S. J. Konopacki, (1998), The impact of reflectivity and emissivity of roofs on building cooling and heating energy use. (21-6-01)
  21. Janssens, A. and H. Hens, (1998), Condensation risk assessment. (21-6-01)
  22. Cheple, M. and Huelman, P. H., (2000), Literature review of exterior insulation finish systems and stucco finishes. (21-6-01)
  23. Lawton, M. D., (1998), Convective processes in loose-fill attic insulation--metering equipment. (21-6-01)
  24. Salonvaara, M. H. and A. N. Karagiozis, (1998), EIFS hygrothermal performance due to initial construction moisture as a function of air leakage, interior cavity insulation, and climate conditions. (12-6-01)
  25. Nofal, M. and M.K. Kumaran, (2002), Criteria for unaccesseptable damage on wood systems. (12-6-01)
  26. Nofal, M. and M.K. Kumaran, (1999), Durability assessments of wood-frame construction using the concept of damage-functions. (12-6-01)
  27. Laks, P. E., G. M. Larkin, and E. Keranen, (1999), Mold and decay resistance of common sheathing materials. (12-6-01)
  28. TenWolde, A., (1999), Moisture management in buildings. (12-6-01)
  29. Lundin L. and Nodby, O. K., (2002), Mold, bacteria,dugs: a new tool for tracing microbiological problems hidden in building construction. (12-6-01)

Essay

  1. No Entered.

Web Links

  • No new entry.

    • Concept

    1. standards: 29-8-01
    2. mathematics: regression analysis / fitting: 27-8-01
    3. mathematics: 25-8-01
    4. country: other: 23-8-01
    5. country: Europe: 21-8-01
    6. country: Canada: 19-8-01
    7. country: US: 17-8-01
    8. countries: 15-8-01
    9. wood: engineered products: 13-8-01
    10. IAQ - indoor air quality: 11-8-01
    11. brick, masonry, mortar: 9-8-01
    12. lighting, daylighting: 7-8-01
    13. fungi: MVOC - microbial volatile organic compound: 5-8-01
    14. surveys, reviews, statistics: 3-8-01
    15. risk analysis: 2-8-01
    16. solar driven diffusion: 2-8-01
    17. Infrared thermography (IRT): 1-8-01
    18. research, funding: 30-7-01
    19. biodeterioration: 28-7-01
    20. experiment: hygrothermal performance: 27-7-01
    21. experiments and testing: 27-7-01
    22. moisture control, moisture management: 26-7-01
    23. experiment: facility on moisture in building envelope: 24-7-01
    24. fungi: growth and growth model: 22-7-01
    25. fungi: health effects: 20-7-01
    26. objective-based codes: 18-7-01
    27. construction industry: 16-7-01
    28. sustainability, environment: 14-7-01
    29. performance-based building codes and standards: 12-7-01
    30. SIP: structural insulated panels: 10-7-01
    31. technology transfer: 8-7-01
    32. advanced insulation: 6-7-01
    33. standards: CSA: 5-7-01
    34. Standards: ASHRAE: 5-7-01
    35. curtain wall: 4-7-01
    36. windows, doors, fenestration: 2-7-01
    37. fungi: preservatives against fungi growth and mold decay: 30-6-01
    38. moisture source for building envelope: 28-6-01
    39. structural load of building envelope: 28-6-01
    40. HAM: computer models: 27-6-01
    41. envelope damage: 26-6-01
    42. EIFS damage: 24-6-01
    43. thermal analysis and performance: 22-6-01
    44. envelope performance: 20-6-01
    45. measurement: vapor diffusion properties, WVT: 18-6-01
    46. measurement and instrumentation: 16-6-01
    47. wind induced pressure on building: 14-6-01
    48. ventilation: airtightness, air leakage,: 12-6-01
    49. housing project: 10-6-01
    50. prefabricate buildings, manufactured housing: 8-6-01
    51. housing market: 6-6-01
    52. wind driven rain: 4-6-01
    53. rainscreen, pressure equalized rainscreen principle: 2-6-01


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