چكيده به لاتين
Abstract
In this research will comparison of optimal design of roofing systems for animal’s farms stables. We will be discussed about, the traditional methods of designing the Roof of Animal Stables, from the very past to the present, from several hundred years ago, from different regions, from Iran and the different part of world, from the Middle Ages to the modernity of USA, from the very oldest to the most modern methods of optimal design of roofing systems with algorithms CBO & ECBO. We will be discussed about, a technique overlaps with 3 other sciences; Structural engineering, Animal husbandry and Veterinary medicine.
Also, we will be studied about, the performance of CBO & ECBO with the traditional methods of designing (assisted by the intelligence and human experience of the structural designer). Ultimately, by relying on the cultivars, the scientific evidence and the documentation obtained from this master thesis, we will tell the structural design experts, whether the use of CBO & ECBO algorithms is useful in optimal design of structures or the use of the intelligence and human experience of the structural engineer for designing the structure is sufficient?
Also, because of my graduate background in veterinary medicine, we compared the design of the optimal ceiling structure in terms of weight. In addition, we introduce the ways to fight with some animal diseases such as Animal Tuberculosis and vitamin D deficiency in the livestock inside the stable, the natural ventilation of the stall without spending energy (cost), ways to enter the rays of the sun into the stables to kill the some bacteria’s like Tuberculosis, which ultimately, all these points leads us to the optimal production of livestock. Which, of course, all of these points are related to the optimal design of roofing systems for animal’s farms stables with CBO & ECBO algorithms that we will cover in this thesis.
Keywords: Colliding Bodies Optimization; Enhanced Colliding Bodies Optimization; Stables; Tapered fram.
