Taha Yaseen Khalaf is a university lecturer with a Bachelor of Engineering Science and an M.Sc. in Chemical Engineering from the University of Baghdad. With more than 23 years of experience in enhancing the educational environment in the Department of Biomedical Engineering in the fields of biomaterials science and biofluid flow. He contributed to developing scientific curricula that support cognitive and scientific development in the Department of Biomedical Engineering.
Biomaterial Biomechanical Biocompatibility Tissue Engineering Biomedical Modeling Biomedical Technology Computational Biomechanics Biomedical Instrumentation Bioheat Transfer Biofluids Biofluid Mechanics Transport Phenomena
B.Sc. in Chemical Engineerin (1998) M.Sc. in Chemical Engineering (2000)
Biomaterial Statice Math. Biofluids Transport Phenomena Thermodynamics Control Biomedical Sensors Medical Physics Artificial Limbs Biofluid & thermodynamics
One of the most important human diseases that need to be considered in terms of development of the medical engineering devices is cardiovascular disease which is a significant cause of death globally recently. Valvular heart disease is normally treated by restoring or altering heart valves with an artificial one. But the new prosthetic valve designs necessitate testing for durability estimate and failure method. It is significant to simulate the circulation system by the building of a pulse duplicator system. This study is stated by clarifying the parameter and implementation steps of the pulse duplicator system in which the different researchers have utilized the system and tried to explain the design steps of using this system wit
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The excellent specifications of electrodes coated with lead dioxide material make it of great importance in the industry. So it was suggested this study, which includes electrodeposition of lead dioxide on graphite substrate, knowing that the electrodeposition of lead dioxide on graphite studied earlier in different ways.
In this work the deposition process for lead dioxide conducted using electrolytic solution containing lead nitrate concentration 0.72 M with the addition of some other material to the solution, such as copper nitrate, nickel nitrate, sodium fluoride and cetyl trimethyl ammonium bromide, but only in very small concentrations. As for the operating conditions, the effect of change potential and temperature as well
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