LoginTHERM 2.0 is a state-of-the-art software program, available without cost, that uses the finite-element method to model steady-state, two-dimensional heat- transfer problems.
IBPSA 1999 - Kyoto, Japan
International Building Simulation Conference 1999, Kyoto, Japan.
Contains 177 papers
Volume content
THERM 2.0: a building component model for seady-satate two-dimensional heat transfer | 1999 | English
We present in this paper the essential aspects of the S2 system. This is the internet realization of SEMPER: An active, multi-domain, space-based, object oriented design environment for integrated building performance modeling.
Towards the building as power plant: computacional analysis of building enrgy self-sustenance | 1999 | English
In recent years there have been a number of research and development initiatives directed at integrated energy generation systems which can meet the energy requirements of a building substantially or even completely on-site.
The successful application of moisture simulation models to building envelopes requires accurate values of material transport properties. Unfortunately, although the presently-available database is reasonably voluminous, much of the informatio
The applicability of ray-tracing based simulation tools to predict sound pressure levels and reverberation times in 'coupled spaces' | 1999 | English
Nowadays architects commonly use the ‘coupled space concept’. Examples are mezzanines, half-open office spaces and exhibition rooms.
Thermal evaluation of strategies for an adequate housing in arid zones and their impact on energy saving | 1999 | English
Located in an extreme arid natural environment, the city of Mexicali has confronted maximum temperatures of 54C during summertime.
Project REED (Residential Energy Efficiency Design) is a Web-based building performance simulation tool developed under contract to one of the nations largest utilities, to help their 4.5 million ratepayers make en- ergy efficient design decisions
Based on K- two equation turbulence model, we used PHOENICS 1.4 and numerically simulated air distribution and contamination field under different conditions in a vector- flow clean room.
Numerical analysis of air temperature increases in urban area using the building-urban-soil simultaneous simulation model | 1999 | English
The authors propose a predicting methodology combined with simultaneous solution for Building- Urban-Soil system to analyze the heat island phenomenon quantitatively in this paper. Using this model, numerical simulation is performed in order
An integrated simulation system for the building services design and facilities management purposes is being developed by Olof Granlund Oy.
Modeling and calibration of lateral heat loss rate in measuring the R value of partly heated wall | 1999 | English
An experimental apparatus (in-situ thermal test unit) and an analysis method have been developed for evaluating the thermal resistance of the building envelope on site.
Simulation of visual context in architecture, the environment that surrounds both building and observer, is an essential but problematic feature of realistic imagery.
A major goal in computer-aided design research has been the development of integrated design for convenient generation and evaluation of evolving designs.
Selection and control of HVAC systems for optimal life-cycle efficiency using simulation techniques | 1999 | English
Design of air conditioning systems for efficient and effective part-load operation poses a considerable challenge, but one which is frequently not appreciated by the designer tied to traditional design practices.
Studyind thermal performance of split-type air-conditioners at building re-entrant via computer simulation | 1999 | English
The use of split-type air-conditioners in new apartment buildings becomes popular in Hong Kong. One requirement for their effective use is satisfactory heat rejection at the outdoor condensing units.
M2M&Roofsol: a tool for evaluating the cooling performance of passive roof components using teh model synthesis method | 1999 | English
This communication presents a tool, m2m&Roofsol, which has been developed in the framework of a European project, ROOFSOL, dedicated to the study of passive cooling by roof components.
Numerical prediction of hot water flow and temperature distribution in thermal storage tank | 1999 | English
In order to evaluate energy efficiency of solar hot water systems, a calculation method was developed in this paper that models the unsteady flow and temperature distribution in heat storage tank utilizing Computational Fluid Dynamics (CFD). Compa
The research on provision of computational support for building performance analysis has traditionally concentrated on the building design phase. However, computational modeling can also effectively apply to the building operation phase.
This paper decribes a research project to compare, using simulation, the summertime comfort and energy use of naturally ventilated and mixed-mode (limited cooling) UK office buildings.