نوع مقاله: Original Article
چكيده: اغلب سايه در رابطه با نور مطالعه مي شود و نور بر سايه مقدم است. در اين ديدگاه، سايه پديده اي ثانويه فرض ميگردد. در اين روش سايه ها را پديده "نور نيست" مي پنداريم در حالي كه سايه ها با موجوديتي مستقل و تاثير گذار در آثار معماري قابل تحليل هستند. در اين مقاله ضمن معرفي تكنيك هايي براي فهم سايه ها، رويكردي متفاوت به سايه ها در معماري ارائه مي گردد تا با اين بصيرت، به فهمي تازه از كيفيت فضايي تحت تاثير سايه ها بپردازيم. نتايج تحقيق نشان مي دهد كه بين كيفيت معماري و سايه ها رابطه مستقيم و مثبتي وجود دارد و شناخت تعامل ميان اين دو از اهميت ويژه اي در بالا بردن بهره وري معماري دارا مي باشد.
اين تحقيق از نوع تحقيق توصيفي- تحليلي است و يك تحقيق كيفي محسوب مي گردد.روش تحقيق اين پژوهش، روش استدلال منطقي است و مسيري برخواسته از تحليل داده ها تا مدل سازي مفهومي را پي مي گيرد. تلاش بر اين است تا از اين طريق به اين پرسش اساسي پاسخ داده شود كه چگونه مي توان با شناسايي و تحليل و ارزيابي نوين روابط متعامل عناصر متغيير معماري، الگوهايي هوشمند تر ارائه گردند.
Analysis of interactive relations in the shadows structure
Article Type: Original Article
Abstract: All the phenomena of the universe, even the galaxies, have unique manifestations and distinctive external signs. The only way of understanding the world is to observe and understand these behaviors and external signs of the phenomena that surround us. Of course, signs and demonstrations of phenomena are a very small part of their entire existential truth. Also it is seen very often the signs of phenomena whose shadows mislead the scholar in a completely wrong way. It's almost impossible, unpredictable, and unlikely to have access to a large body of facts and phenomena. One of the most reliable behaviors of the phenomena that are justifiable by the investment to understand them is their repetition and continuity. Humanity tends to understand and justify these repetitions in the structure of models. Repetition helps human beings to develop structured models of recognition for phenomena. From a very small, to the galaxy scale, there are crumpled structures. The capacity to receive information in natural phenomena is infinite. The crumples are the result of the interaction of information in the field. The main purpose of this study is to understand the structure of models that are more knowledgeable than the past. These models have a crumpled structure and plunge a wide range of information.
Shadows are often concerned with the study of light and in inductive reasoning light has always been precedent respectively. From cited viewpoints, Shadow is deemed to be a secondary phenomenon and similar to when Comparing between full and empty, shadows are assumed to be the empty quality. In this manner shadows are always concerned to be a “lack of light” phenomenon, meanwhile shadows can be analyzed and inferred as an independent entity and an influential element in architecture.