The Anatomy of a Human Body, a Model to Design Smart High Building

Abstract

Today, population growth and the rise in real estate price have made the growth and development of cities in a vertical manner inevitable. The benefits of developing a city vertically include land preservation, the reduction of environmental damage, traffic and transportation as well as reducing environmental pollution and energy consumption caused by horizontal expansion. Designing a high building is a complex process, particularly in regards to its structure. Since the beginning of civilization, the nature with its secrets has been a valuable tool for solving such problems. Bionic is a science that can eradicate this gap between nature and technology. Bionic is the science that is formed from the combination of various natural and engineering science concepts. It is the study of complex vital systems of live organisms and natural forms and maybe a good solution for solving technical and structural issues of engineers. The structure of human body has been considered as a good example of a tall structure with a reasonable ratio of the height to the base. This model may serve for designing high buildings with particular attention to three aspects. First human body structure: in this section the body's skeleton, the spinal cords curves, its connections, and the routes of energy transmission are analyzed. Second the human's brain, intelligent controller of the body. The human brain has two major functions; reaction to stimuli and commanding other organs. The distribution and connection of nerves in the brain and throughout the body are discussed in this section. Third human skin, a model for the rind of high buildings: skin with its complex ability has a significant role in converting human body to a micro climate. Self-repairing, energy absorption, and thermal insulation are among other features are discussed in this section. At the first step, the method of research in this study is based on the study of human's anatomy and similar subjects, and the discussion with medical and experimental sciences experts. We will discuss and analyze each topic separately in details. The goal of this research is to start a path toward providing a model for designing intelligent high buildings with the use of the human body as a model.This document gives formatting instructions for authors preparing papers for publication in SAP. The authors must follow the instructions given in the document for the papers to be published. You can use this document as both an instruction set and as a template into which you can type your own text.

Improving the Outer Shell of the Form Using the Characteristics of Human Skin

“…In melanocytes, there are organs called melanosomes, in which the process of melaninization takes place. Differences in the number, size, and distribution of melanosomes cause skin discoloration, and factors such as sunlight and stress stimulate melanocytes to produce melanosomes (3). Langerhans cells are among the keratinocytes, and these cells originate from the monocytes of the bone marrow and play an important role in delayed allergic reactions.…”

Built environment inspired by nature: a case study of human skin

“…Human skin protects the body from the impact of the microbes, chemicals and different microorganisms that entering the human body [8].…”

Functional Epithelium Remodeling in Response to Applied Stress under In Vitro Conditions

“…Consequently, induced volumetric and surface changes could be described by the Young-Laplace law [6]. These systems are analyzed from the standpoint of bionic, as the science that is formed from the combination of various natural and engineering science concepts [8]. Consequently, we discussed the fundamental interrelations between configuration changes of migrating cells and viscoelasticity of multicellular systems at the macroscopic level.…”