The current study investigates the impact of virtual reality technology on industrial product design. The focus of this study is on the development of industrial products that utilize virtual reality technology, specifically examining the effects of this technology on the visual and design aspects of these products. The aim is to continuously improve the functionality of industrial products and enhance the user experience through virtual reality integration.
The first chapter of the study addresses the research problem, which centers around exploring the technological influence of virtual reality used in industrial products and understanding the functionalities it brings to the design process. Virtual reality technology facilitates the activation of user's mental imagery and imagination, thereby highlighting the technological transformation in these products. Based on this, the study formulates the research problem that raises several questions, primarily concerning the extent to which virtual reality technology enhances the functionalities of industrial products.
The study's significance lies in uncovering the various applications of virtual reality technology in industrial products, leading to improvements in design, performance, and user experience. Additionally, the study aims to comprehend the impact of virtual reality on industrial product design to enhance their quality and alignment with user needs and expectations.
Furthermore, the chapter delves into defining the terms and concepts relevant to the research scope, contributing to establishing the theoretical framework for the study.
To achieve the research objectives, the researcher collected the main focal points for analysis based on the theoretical framework, which consisted of three main areas. The first area explored the concept of virtual reality technology in industrial products, identifying various types of this technology and its diverse applications. The second area investigated the effectiveness of functional performance and user interaction with virtual reality products. Finally, the third area reviewed the impact of virtual reality technology on the functional performance and structural composition of industrial products, leading to the identification of key indicators derived from the theoretical framework.
In the third chapter, the research procedures and sample selection method were elucidated. The sample was deliberately chosen in alignment with the research objectives and methodology. The descriptive-analytical approach was adopted for the case study, considering its suitability for the research topic. The sample consisted of electronic computer manufacturing companies.
Moving on to the fourth chapter, it presented the findings and conclusions drawn by the researcher. Subsequently, the chapter included recommendations, proposals, and a list of references used in the study
The insect is diagnosed and named by the National Center of Biotechnology Information (NCBI), USA as the Mint leaf Beetle Chrysolina herbacea alnadawi (Duftschmid, 1825), (Coleoptera: Chrysomelidae). The diagnosis was performed depending on the DNA analysis by 73% similarity with Chrysolina herbacea (Duftschmid, 1825) sequence, In the present study. It is recorded as a new insect pest on mint plant Mentha puleguim (L,1753) (Lamiaceae). DNA analysis confirmend that it is recorded for the first time in Iraq and the Arab world as well as the Middle East. Those insects were observed initially during August 2017 in residential gardens of Al-Bonooq district in Baghdad / Iraq.
We must live in an era dominated by the call for equality between men and women, in which the voices of advocates of gender integration were heard. After women opened their doors to compete with their brother, Knowledge, and culture in the various forms of life, language as a science of the time and knowledge of the other had to match this reality and express the most accurate expression of this task
اثر التواجد العسكري الامريكي على النظام السياسي في العراق
يتناول البحث جزئية من جزئيات موضوع الفسخ المبتسر للعقد
The aim of this research is to calculate mass transfer coefficient, kd, during cathodic protection of low carbon steel in neutral seawater (3.5% W/V NaCl in distilled water with pH = 7). Two types of cathodic protection were used:
First: Sacrificial anode cathodic protection (SACP) were a pipeline of steel carrying seawater using zinc as a sacrificial anode and with variable temperatures ranged (0 – 45oC) and volumetric flow rate ranged (5 – 900 lit/hr). It was found that the kd increases with increasing temperature and volumetric flow rate of seawater, where kd ranged (0.24×10-6 – 41.6×10-6 m/s).
Second: Impressed current cathodic pr
... Show MoreThis paper presents an efficient methodology to design modified evaporative air-cooler for winter air-conditioning in Baghdad city as well as using it for summer air-conditioning by adding a heating process after the humidification process. laboratory tests were performed on a direct evaporative cooler (DEC) followed by passing the air on hot water through heat exchanger placed in the coolers air duct exit. The tests were conducted on the 2nd of December /2011 when the ambient temperature was 8.1°C and the relative humidity was (68%). The air flow rate is assumed to vary between 0.069 to 0.209 kg/s with constant water flow rate of 0.03 kg/s in the heat exchanger. The performance is reported in terms of effectiveness of DEC, satura
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