DesignBuilder is an EnergyPlus-based software tool used to measure and control energy, carbon, lighting and amenities. DesignBuilder was developed to simplify the building simulation process. DesignBuilder is comparing alternative building designs using a comparison method based on the functionality and performance of different analysis results quickly and economically.
DesignBuilder combines rapid three-dimensional building modeling with dynamic energy simulation with its unique ease of use. Thanks to this feature, it is considered as a unique software tool for creating and evaluating building designs. It has specially developed modules to be used effectively at any stage of the design process Just a few parameters to provide more opportunities to work with the design in more detail Specifically. DesignBuilder is very easy to use. Its productivity-enhancing features allow non-expert users to model even complex buildings.
The builder pattern is a design pattern designed to provide a flexible solution to various object creation problems in object-oriented programming. The intent of the Builder design pattern is to separate the construction of a complex object from its representation. It is one of the Gang of Four design patterns.
DesignBuilder is a handy application which provide you with advanced modeling tools in a very easy to use interface. DesignBuilder lets the whole design team to use the same software for developing the energy efficient building designs from concept to completion. You can also download Watershed Modeling System Free Download.
Easily create a logical representation of cables for your product right in Altium Designer. Familiar schematic editing and library management tools allow you to design harness connectivity and source parts without needing any additional software.
Materials for Life (M4L) was a 3 year, EPSRC funded, research project carried out by the Universities of Cardiff, Bath and Cambridge to investigate the development of self-healing cementitious construction materials. This paper describes the UK's first site trial of self-healing concrete, which was the culmination of that project. The trial comprised the in-situ construction of five concrete panels using a range of self-healing technologies within the site compound of the A465 Heads of the Valleys Highway upgrading project. Four self-healing techniques were used both individually and in combination with one another. They were: (i) the use of microcapsules developed by the University of Cambridge, in collaboration with industry, containing mineral healing agents, (ii) bacterial healing using the expertise developed at Bath University, (iii) the use of a shape memory polymer (SMP) based system for crack closure and (iv) the delivery of a mineral healing agent through a vascular flow network. Both of the latter, (iii) and (iv), were the product of research undertaken at Cardiff University. This paper describes the design, construction, testing, and monitoring of these trial panels and presents the primary findings of the exercise. The challenges that had to be overcome to incorporate these self-healing techniques into full-scale structures on a live construction site are highlighted, the impact of the different techniques on the behavior of the panels when subject to loading is presented and the ability of the techniques used to heal the cracks that were generated is discussed. 2b1af7f3a8