عضو ارتباط
Ph.D.awfa abdulrasool evaluation research in the Iraqi Journal of Physics
titled " Enhanced Mechanical Property of acrylic polymer/Graphene/Carbon fibers Hybrid for Water Proof Coating"
In this study, the polymeric plate was expanded by nanomaterials (graphene) and polymer-cut polymer fibres. The mixture of polymeric hybrid coatings was prepared from a mixture (acrylic polymer/graphene/cut green carbon) using the lab-temperature casting method. The nanomaterials mixture was prepared using different proportions 0.25, 0.5, 1, and 2% g and 0.25, 0.5, 1, and 2% Gr/5% CF, and then U prepared in a glass vessel on a magnetic stirrer at laboratory temperature for 2 minutes. One hour. The throat was left for 24 hours at laboratory temperature. The scans produced were performed with 1wt%Gr and 1wt%Gr/CF. Impact strength of acrylic polymer with increasing Gr as weight ratio of Gr and impact strength of acrylic polymer with composites of Gr and Gr & CF combined with Gr at 1 wt. & CF by 5% Content. The tensile strength increases further than that of the acrylic polymer with Gr, Gr & CF composites combined with Gr at 0.5 wt% and CF at 5% wt. The pulling strength of the polymer with Gr and CF was greater than that of the acrylic polymer coating. And acrylic polymer coating with Gr. The pulling strength increases with increasing weight percentage, pest percentage is 2% by weight.
Muhammad Barzan Hussein student's at the Fifth Stage in the Medical instrumentation Branch published a research in 'RESEARCH GATE'
Entitled "Biomedical Application Of Smart Mesoporous Ceramic Material"
Where the research dealt with the use of ceramics in the field of biomedical engineering, including orthodontics of orthopedic plates
Bone replacement, bone tissue repair, filling of voids and tissue bonding, replacement of vertebrae that were removed by surgery, and regeneration of bone tissue, wishing him more success and excellence.
Asst.lec. Amen A. Khabeer published research in international journal Tittled
"The Vital Role of Cloud Healthcare During COVID-19 Pandemic"
The most sharable tag on social media was “stay at home”. Where, the governments oblige their residents from physical meeting or traveling instead of this they have to stay at their home for controlling the wide speared of The novel Corina Virus (COIVD-19). Hence, many lives are being saved. Here, Cloud Computing act as a game changer in many institutions and countries demand particularly to healthcare organizations. This Paper will review cloud health applications such as Telehealth, Telemedicine supporting with mobile cloud health applications. And the important role of sharable the cloud informatics in health. Then it focuses on the role of cloud played in health care sector to saving life’s during COIVED -19. Not only for people who have been infected but also for assisting other older people to get their treatment. Some concerns are existing to discuss related with security, outages, privacy and monitoring issues or when matter went wrong during the Telemedicine appointment with suggested solution for future matters.
A number of the teaching staff issued a book entitled “The Interference of Chemical Corrosion with Fatigue” by Prof. Dr. Ali Youssef Khuniab, Asst.lect. Asaad Khudhair Hamza, the teacher in our department, Prof. Dr. Raad Mohamed Obaid, and Prof. Haitham Mohamed Ibrahim
and Prof. Dr. Hussein Jassim Muhammad.
The book consists of four chapters and the number of pages of the book is (305)...
Chapter one: It includes the interaction of chemical with fatigue in metals, especially aluminum alloys, mostly used in the aircraft industry, and gives a practical idea of the extent to which chemical corrosion affects the resistance and lifespan of fatigue.
The second chapter: includes methods for improving the surfaces of metals subjected to the interference of chemical erosion, and these methods include lamination by pellets, ultrasound and
Chapter Three: It includes the accumulation of fatigue when the chemical fatigue wears overlap and the extent of the effect of the chemical corrosion of surfaces on the resistance and lifespan of the cumulative fatigue.
The fourth chapter: includes the use of nanotechnology (adding nanomaterials) to alloys subject to chemical corrosion corrosion and the impact of improving the fatigue specifications at this interference, wishing them more success and prosperitylaser technology.
