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Detection Of Biomedical Images By Using Bio-Inspired Artificial Intelligent, Hanan A. R. Akkar, Sameem A. Salman Aug 2026

Detection Of Biomedical Images By Using Bio-Inspired Artificial Intelligent, Hanan A. R. Akkar, Sameem A. Salman

Engineering and Technology Journal

Computer vision and image processing are extremely necessary for medical pictures analysis. During this paper, a method of Bio-inspired Artificial Intelligent (AI) optimization supported by an artificial neural network (ANN) has been widely used to detect pictures of skin carcinoma. A Moth Flame Optimization (MFO) is utilized to educate the artificial neural network (ANN). A different feature is an extract to train the classifier. The comparison has been formed with the projected sample and two Artificial Intelligent optimizations, primarily based on classifier especially with, ANN-ACO (ANN training with Ant Colony Optimization (ACO)) and ANN-PSO (training ANN with Particle Swarm Optimization …

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Automatic Objects Detection And Tracking Using Fpcp, Blob Analysis And Kalman Filter, Hadeel N. Abdullah, Nuha H. Abdulghafoor Aug 2026

Automatic Objects Detection And Tracking Using Fpcp, Blob Analysis And Kalman Filter, Hadeel N. Abdullah, Nuha H. Abdulghafoor

Engineering and Technology Journal

Object detection and tracking are key mission in computer visibility applications, including civil or military surveillance systems. However, there are major challenges that have an effective role in the accuracy of detection and tracking such as the ability of the system to track the target and the response speed of the system in different environments as well as the presence of noise in the captured video sequence. In this proposed work, a new algorithm to detect moving objects from video data is designed by the Fast Principle Component Purist (FPCP). Then, we used an ideal filter that performs well to …

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Regression And Statistical Analysis Of Process Parameters On Heat Affected Zone In Electrical Discharge Machining Of Tool Steel, Saad K. Shather, Shukry H. Aghdeab, Waqass S. Khudier Aug 2026

Regression And Statistical Analysis Of Process Parameters On Heat Affected Zone In Electrical Discharge Machining Of Tool Steel, Saad K. Shather, Shukry H. Aghdeab, Waqass S. Khudier

Engineering and Technology Journal

The presented study has the aim of finding out the relationships between input variables and process parameters that describe mathematical models, also to estimate the impact of independent parameters on the Heat Affected Zone (HAZ). In the presented paper, A2-Tool Steel material is the utilized workpiece material, whereas copper is the electrode material. RSM, which is the abbreviation of Response Surface Methodology, is used for identifying the impact of controllable parameters; such controllable effects consist of pulse current, pulse on time, and pulse off time on HAZ. It has been noticed that model has been developed by RSM adequacy is …

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Design Of Efficient Inductive Power Link With Small Size Planar Spiral Coil Receiver For Medical Applications, Muammer M. Omran, Ahmed S. Ezzulddin, Saad Mutashar Aug 2026

Design Of Efficient Inductive Power Link With Small Size Planar Spiral Coil Receiver For Medical Applications, Muammer M. Omran, Ahmed S. Ezzulddin, Saad Mutashar

Engineering and Technology Journal

The efficiency of a WPT system greatly depends on both the geometry and operating frequency of the transmitting and receiving structures. Genetic optimizations algorithms are presented to prepare the proposed design parameters using MATLAB to optimize the link efficiency. Single and double layer PSCs are optimally designed with minimal proximity losses effect. In this paper, we used the benefit of a double layer technique to miniaturize the receiver PCS size. The proposed single layer (10×10) mm2 and double layer (8×8) mm2 PSCs are validated and simulated using HFSS 15.03 software at a frequency of 13.56MHz in both cases of the …

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Multi-Objective Optimization Of Friction Stir Welding For Aluminum Alloy (2024-T3), Abbas K. Hussein, Laith K. Abbas, Ahmed A. Seger Aug 2026

Multi-Objective Optimization Of Friction Stir Welding For Aluminum Alloy (2024-T3), Abbas K. Hussein, Laith K. Abbas, Ahmed A. Seger

Engineering and Technology Journal

In this research, a multi-response optimization based on Taguchi method is proposed for friction stir welding (FSW) process for (2024-T3) aluminum alloy. Three different shoulder diameters of tools with tapered pin geometry of (12, 14 and 14 mm) with variable rotation speed (710, 1000 and 1400 rpm) and welding speed of (40, 56 and 80 mm/min), three different tilting angles of (1, 2 and 3 degree) and three welding direction of (1, 2 and 3 passes). The results of this work showed the single optimization by using (Taguchi method) at the optimum condition for the tensile strength and yield strength …

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Study Of Mechanical Properties Of Carbon Steel Plate Sa-516 Gr. 70 Welded By Saw Using V-Shape Joint Design, Samir A. Amin, Mohannad Y. Hanna, Abdulaziz S. Khider Aug 2026

Study Of Mechanical Properties Of Carbon Steel Plate Sa-516 Gr. 70 Welded By Saw Using V-Shape Joint Design, Samir A. Amin, Mohannad Y. Hanna, Abdulaziz S. Khider

Engineering and Technology Journal

Submerged arc welding (SAW) is a fusion type welding and it is considered one of the most important welding types due to its inherent capabilities of high welding speed, high deposition rate, welding large thickness plates owing to its deep penetration characteristic and many other advantages. In this study, the goal was to investigate the effect of welding parameters, namely (welding current and welding speed) as well as the joint design on the mechanical properties (yield stress, bending force on the face of the weldment and hardness of the weld metal. Experiments were conducted employing Design of Expert (DOE) software …

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Computational Analysis Of Punching Shear Models Of Steel Fiber Reinforced Concrete Slabs, Mereen H. Fahmi Rasheed, Ayad Z. Saber Agha Aug 2026

Computational Analysis Of Punching Shear Models Of Steel Fiber Reinforced Concrete Slabs, Mereen H. Fahmi Rasheed, Ayad Z. Saber Agha

Engineering and Technology Journal

A computational analysis is presented to predict the ultimate and cracking shear strength of steel fiber reinforced concrete slabs. Different models are suggested considering the effect of concrete compressive and tensile strength, amount of flexural reinforcements, yield strength of the reinforcement bars and steel fiber properties (volume percent, aspect ratio, and type of steel fibers). The predicted results are compared with the experimental data found in literature and found good agreement.

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Enhancing Quad Tree For Spatial Index Using Space Filling Curves, Ali Hussain, Rehab Hassan Aug 2026

Enhancing Quad Tree For Spatial Index Using Space Filling Curves, Ali Hussain, Rehab Hassan

Engineering and Technology Journal

Spatial indexes, such as those based on the Quad Tree, are important in spatial databases for the effective implementation of queries with spatial constraints, especially when queries involve spatial links. The quaternary trees are a very interesting subject, given the fact that they give the ability to solve problems in a way that focuses only on the important areas with the highest density of information. Nevertheless, it is not without the disadvantages because the search process in the quad tree suffers from the problem of repetition when reaching the terminal node and return to the behavior of another way in …

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Experimental And Numerical Simulation For Thermal Investigation Of Oscillating Heat Pipe Using Vof Model, Anwar S. Barrak, Ahmed A. M. Saleh, Zained H. Naji Aug 2026

Experimental And Numerical Simulation For Thermal Investigation Of Oscillating Heat Pipe Using Vof Model, Anwar S. Barrak, Ahmed A. M. Saleh, Zained H. Naji

Engineering and Technology Journal

This study is investigated the thermal performance of seven turns of the oscillating heat pipe (OHP) by an experimental investigation and CFD simulation. The OHP is designed and made from a copper tube with an inner diameter 3.5 mm and thickness 0.6 mm and the condenser, evaporator, and adiabatic lengths are 300, 300, and 210 mm respectively. Water is used as a working fluid with a filling ratio of 50% of the total volume. The evaporator part is heated by hot air (35, 40, 45, and 50) oC with various face velocity (0.5, 1, and 1.5) m/s. The condenser section …

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Improvement Of Image Steganography Using Discrete Wavelet Transform, Manal K. Oudah, Aqeela N. Abed, Rula S. Khudhair, Saad M. Kaleefah M. Kaleefah Aug 2026

Improvement Of Image Steganography Using Discrete Wavelet Transform, Manal K. Oudah, Aqeela N. Abed, Rula S. Khudhair, Saad M. Kaleefah M. Kaleefah

Engineering and Technology Journal

Recently the Discrete-Wavelet-Transform (DWT) has been represented as signal processing powerful tool to separate the signal into its band frequency components. In this paper, improvement of the steganography techniques by hiding the required message into the suitable frequency band is presented. The results show that the increase of the message length will reduce the Peak Signal to Noise Ratio (PSNR), while the PSNR increases with the increasing the DWT levels. It should be noted that the PSNR reduction was from -13.8278 to -17.77208 when increasing the message length from 161 to 505 characters. In this context, the PSNR is increased …

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Numerical Study Of Effect Of Using Nanofluids Flowing In Simply Supported Pipes On Vibrations Characteristics, Kadhum A. Jehhef, Mohamed A. Siba, Hayder S. Abdulamir Aug 2026

Numerical Study Of Effect Of Using Nanofluids Flowing In Simply Supported Pipes On Vibrations Characteristics, Kadhum A. Jehhef, Mohamed A. Siba, Hayder S. Abdulamir

Engineering and Technology Journal

In general, internal vibrations within the pipelines caused by fluids being passing through a pipeline system can cause. These pipeline system can damage by the sudden amplified vibrations that weren’t considered at the design of the system, and flow induced vibrations resonate with the pipes natural frequency. Therefore, it is important to predict and identify the pipeline system vibrations during its lifetime. In this study by using MATLAB code as a CFD solver, it studied the forced and free vibrations caused by fluid flows at Reynolds number ranged as 0 < Re < 2500 for laminar flow and ranged as 104 < Re < 105 for turbulent flow. The working fluid has chosen as of (Al2O3, TiO2, SiO2 and water) with different nanoparticle volume fraction of (0 to 2% vol.). These fluids flow in simply supported pipe with different lengths and diameters. The results presented the effect of pipe and fluid parameter upon the fluid critical velocity and fundamental natural frequencies. The results showed that the pipe natural frequency increased with increasing with decreasing the pipe length and diameter. In addition, it showed that the pipe natural frequency decreased when using the different nanoparticle depressed in the water and with increasing the volume fraction.

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Design Pid Neural Network Controller For Trajectory Tracking Of Differential Drive Mobile Robot Based On Pso, Mohamed Mohamed, Mohammed Hamza Aug 2026

Design Pid Neural Network Controller For Trajectory Tracking Of Differential Drive Mobile Robot Based On Pso, Mohamed Mohamed, Mohammed Hamza

Engineering and Technology Journal

This paper introduces a nonlinear (Proportional-Integral-Derivative Neural Network) (PID NN) controller for a differential wheeled mobile robot trajectory tracking problem. This neural controller is built based on the principles of neural network (NN) and the equation of conventional structure of PID controller and is applied on kinematic model of the mobile robot. The particle swarm optimization algorithm (PSO) is utilized to find the best values of three PID NN parameters and connection weights that minimize the error between the reference path and the actual path. The results illustrate that the PID NN controller has a satisfied ability to make the …

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Enhancement Of Surface Crack Density Produced By Edm Using Hybrid Machining, Saad Shather, Shukry Aghdeab, Waqass Khudier Aug 2026

Enhancement Of Surface Crack Density Produced By Edm Using Hybrid Machining, Saad Shather, Shukry Aghdeab, Waqass Khudier

Engineering and Technology Journal

The present work is aimed to improve the surface cracks density of electrical discharge machining (EDM) by Electrical Discharge Machining (EDM)/Electrochemical Machining (ECM) EDM/ECM hybrid process. A hybrid method of EDM-ECM combined processing involve EDM shaping as well as electrochemical machining (ECM) finishing, also, they are conducted in sequence one same machine tool, same electrode, yet on the different dielectric. In this study, the used workpiece material is the A2-Tool Steel material, while the electrode material is copper. The influence of controllable parameters could be identified via response surface methodology (RSM), these controllable effects include: pulse current, pulse on time, …

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State Space Parallelization Method For A 16-Bit Turbo Encoder, Maha Fleah, Qusay Al-Doori Aug 2026

State Space Parallelization Method For A 16-Bit Turbo Encoder, Maha Fleah, Qusay Al-Doori

Engineering and Technology Journal

Turbo codes are widely used in digital communication systems. Their ability to reach the Shannon channel capacity made it the choice for most of the communication systems. Due to the huge amount of the transmitted data, there is a need to increase the processing speed of the encoders. The researchers used the state space technique to enhance the throughput of the turbo encoder. They apply it to increase the turbo encoder throughput from one bit per cycle up to 8 bit per cycle. The researchers applied the state space method to a three-flip flop, eight state Recursive Systematic Convolution Code …

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Numerical Investigations On Seismic Response Of Structures Under The Effect Of Infinite Boundary Of Soil-Structure Interaction, Qais Hasan, Saad Al-Wakel, Zahraa Zaidan Aug 2026

Numerical Investigations On Seismic Response Of Structures Under The Effect Of Infinite Boundary Of Soil-Structure Interaction, Qais Hasan, Saad Al-Wakel, Zahraa Zaidan

Engineering and Technology Journal

The damage caused by large earthquakes is not only due to structures but also due to the soil failure, where the dynamic response varies considerably from the fixed base state because of the interaction between the ground and the structure. The main objective of this paper is to study the effect of the infinitely extended soil on the dynamic response of the structure. A three-dimensional dynamic analysis of reinforced concrete buildingconsidering the effect of soil-structure interaction is performed. Building with a different number of stories rest on soil with various characteristics have been taken into consideration. For simulation of wave …

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Design And Control Of A Full-Scale Quarter Car Test Rig For Semi-Active Suspension System, Bahaa-Aldin Abdullah, Mohsin Hamzah, Ammar Merza Aug 2026

Design And Control Of A Full-Scale Quarter Car Test Rig For Semi-Active Suspension System, Bahaa-Aldin Abdullah, Mohsin Hamzah, Ammar Merza

Engineering and Technology Journal

Passive hydraulic dampers are commonly used in the automotive suspension system. Nevertheless, they are suffering from a significant drawback owing to the changing of its characteristics at high-frequency; as a result, decreasing the ride quality due to the increase of the transmitted force, especially at high frequency excitations. The present work developed a semi-active suspension system to solve this problem with its effect. A Sky-hook control strategy is used to suppress the positional oscillation of the sprung mass in the presence of road irregularities via the use of the electrohydraulic (EH) damper, as an objective. In order to apply the …

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An Overview On Most Effective Dras In Crude Oil Pipelines, Raheeq Ibrahim, Manal Odah, Dhoha Shafeeq Aug 2026

An Overview On Most Effective Dras In Crude Oil Pipelines, Raheeq Ibrahim, Manal Odah, Dhoha Shafeeq

Engineering and Technology Journal

The flow of crude oil in pipelines suffers from a problem of fluid flow pressure drop and high-energy consumption for pumping especially in low temperatures environment. Flow can be enhanced using viscosity either reduction or drag reduction techniques. Drag reduction is considered as the most effective and most applicable method. The technique contributes in reducing the frictional energy losses during the flow by addition of little doses of materials knowing as drag-reducing agents. The present work focuses on more recent and most applicable drag-reducing agents used in crude oil flow enhancement via pipelines.

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Smoothing Smartphone Gps Raw Measurements, Tariq Ataiwe, Abbas Khalaf, Israa Mohammed Aug 2026

Smoothing Smartphone Gps Raw Measurements, Tariq Ataiwe, Abbas Khalaf, Israa Mohammed

Engineering and Technology Journal

This  research aims  to  investigate  the  smoothing  of  the  pseudo-range raw  measurements  of  the  smartphone  using  a  Hatch  filter.  The  measurements  of  smartphones  suffer  from  high  noise  generated  from  low-cost  antennas  and  oscillators, which are designed to work in a certain way. These types of low-cost antennas  and  oscillators  are  entirely different  from  geodetic  instruments,  which  are  designed  for  high  accuracy  positioning.  The  GPS  measurement  data  were  collected   using   a   Huawei   P10   device,   41   minutes   and   24   seconds   GPS   observation  time  with  sampling  intervals  of  1  second  using  Geo++  Android  application.  The  GPS  measurements  are  processed  using  standalone  (epoch  by …

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Point Cloud Pre-Processing And Surface Reconstruction Based On Chord Algorithm Technique, Ali Al-Badairy, Ahmed Al-Duroobi, Maan Tawfiq Aug 2026

Point Cloud Pre-Processing And Surface Reconstruction Based On Chord Algorithm Technique, Ali Al-Badairy, Ahmed Al-Duroobi, Maan Tawfiq

Engineering and Technology Journal

3D laser scanner is one of the modern technologies, which used to obtain the geometric information about the 3D scanned object surface. But, there are some problems that are associated with this technique such as the huge number of obtained points which require high memory to save and the required data processing processes. This paper proposed a data simplification algorithm for point cloud of a scanned object using 3D laser scanner (Matterand Form) in a manner to extract the necessary geometric features, which arerepresented by points for a 3D object. This algorithm based on theinstantaneous calculation of chord height of …

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Complex Surface Representation And Machining Time Estimation Upon Three Types Of End Mill Cutter, Rasha Marzoog, Ahmed A. Alduroobi Alduroobi, Sawsan Al-Zubaidy Aug 2026

Complex Surface Representation And Machining Time Estimation Upon Three Types Of End Mill Cutter, Rasha Marzoog, Ahmed A. Alduroobi Alduroobi, Sawsan Al-Zubaidy

Engineering and Technology Journal

The accuracy of data transition between CAD and CAM has been playing a great role in the product life cycle, and eventually, the product quality. As products complexity increased, the need to robust technique to data transition increased. On the other hand, Machining simulation facilitates deciding the process parameters. The aim of the present research is divided into two aims: first: building a free form surface and transforming its data accurately from CAD to CAM without any distortion. Second: study the milling process using different end cutters geometry and make a comparison between those in terms of machining time at …

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Vacuum Effect On The Performance Of Solar Air Collector With Micro-Channel Absorber Plate, Jalal Jalil, Nashwa A.Abdulkadhim Abdulkadhim Aug 2026

Vacuum Effect On The Performance Of Solar Air Collector With Micro-Channel Absorber Plate, Jalal Jalil, Nashwa A.Abdulkadhim Abdulkadhim

Engineering and Technology Journal

In this study, the effect of vacuum with micro-channel techniqueon solar air collector performance is investigated experimentally. Vacuumspace reduces the loss of heat for the absorption plate by conduction andthus improves the solar collector performance. It has been demonstratedthat the solar collector is evacuated to 0.1 bar of pressure for absorber-tocover spacing of 4cm. An absorber plate was manufactured from Aluminummetal with 30 rectangular micro-channels (length 0.9, width 0.004, height0.0008 m) is constructed with measurements facilities of velocity,temperature and differential pressure. The tests are carried out indoor usingsolar simulator. Results showed that the performance of solar collectorincreases with vacuum about …

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Effect Of Radial Clearance On Stress And Strain Distribution In The Astral Deep Drawing, Waleed Jawad, Ali Ikal Aug 2026

Effect Of Radial Clearance On Stress And Strain Distribution In The Astral Deep Drawing, Waleed Jawad, Ali Ikal

Engineering and Technology Journal

In this paper, an astral die was designed and constructed to produce anastral cup in the deep drawing operation by experimental work and numericalsimulation. The influence of radial clearance on drawing load, cup high, thedistribution of stress, strain and thickness along the side wall, minor and majoraxis were also studied. The deep drawing process was carried out to produce anastral cup with an inner dimension of (41.5mm × 34.69mm), and (30mm) heightdrawn from a blank sheet with a thickness of (0.7) and diameter (80) made of lowcarbon steel. A commercial program (ANSYS18.0) was used to perform thenumerical simulation. Three types …

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A Hybrid Neural-Fuzzy Network Based Fault Detection And Isolationsystem For Dc Motor Of Robot Manipulator, Arkan Jassim, Abbas Issa, Qusay Jawad Aug 2026

A Hybrid Neural-Fuzzy Network Based Fault Detection And Isolationsystem For Dc Motor Of Robot Manipulator, Arkan Jassim, Abbas Issa, Qusay Jawad

Engineering and Technology Journal

In this paper, the detecting and isolating fault that occurs in (actuator and sensor) in robot manipulator, which is used as a mathematical model were proposed for fault detection, where the neural network was used to detect the fault. The neural network was trained on the data set obtained from the Input/output on the (DC motor).The output of the sensor or actuator was compared with the output of the model (neural network) after that the residual signal is used to detect the fault. The fuzzy logic circuit was used for fault isolation that is depending on the residual signal from …

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Enhanced Solution Of Inverse Kinematics For Redundant Robot Manipulator Using Pso, Hind Khaleel Aug 2026

Enhanced Solution Of Inverse Kinematics For Redundant Robot Manipulator Using Pso, Hind Khaleel

Engineering and Technology Journal

Kinematics of the robot is divided into two parts: the forwardkinematics, which evaluates the end-effector’s position from joint angles, and theinverse kinematics, which demonstrates the joint angles from the end-effector'sposition. The solution of the inverse kinematics problem is too difficult andcomplicated for the redundant robot arm manipulator. A Particle SwarmOptimization (PSO) algorithm is an effective method to solve global optimizationproblems. This paper presents the solution of inverse kinematics problem of athree-link redundant manipulator robot arm using PSO without using the inversekinematics equations. The circle, square and triangle generated trajectories usingPSO are enhanced as compared with the trajectories of other works. …

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Investigation Of External And Internal Inversion For Aluminum Tube With Various Die Parameters Effect, Basim Fadhil, Ava Kamal Aug 2026

Investigation Of External And Internal Inversion For Aluminum Tube With Various Die Parameters Effect, Basim Fadhil, Ava Kamal

Engineering and Technology Journal

Finite element modeling has been conducted to investigate theeffect of die radius fillet, tube wall thickness, and friction coefficient on bothexternal and internal inversion forthealuminum tube. A 3D model was usedto build the contact pair for the aluminum tube and the steeldie. Due to theaxial symmetry, a 45osector for the contact pair has been chosen. It has beenfound that there is an important role for those parameters to govern theinversion process and the mode of deformation beside the value of theapplied force. No local buckling was seen in the external inversion incontrast with internal inversion. A good correlation for current …

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A Group Authentication Protocol On Multilayer Structure For Privacy-Preserving Iot Environment, Maytham Azhar, Amin Seno Aug 2026

A Group Authentication Protocol On Multilayer Structure For Privacy-Preserving Iot Environment, Maytham Azhar, Amin Seno

Engineering and Technology Journal

In the Internet of Things (IoT) systems, large amounts of data are accumulated from anywhere at any time, which may attack individuals' privacy, especially when systems are utilized in medical and everyday environments. With the promise of IoT's proactive systems, the integration of smart things into standard Internet creates several security challenges, because most Internet technologies, communication protocols and sensors are not designed to support IoT. Recent research studies have shown that launching security / privacy attacks against IoT active systems, in particular, Wearable Medical Sensor (WMS) systems, may lead to catastrophic situations and life-threatening conditions. Therefore, security threats and …

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Removal Oil From Produced Water By Using Adsorption Method With Adsorbent A Papyrus Reeds, Firas Al-Zuhairi, Rana Azeez, Suhair Mahdi, Wafaa Kadhim Kadhim, Muna Al-Naamee Aug 2026

Removal Oil From Produced Water By Using Adsorption Method With Adsorbent A Papyrus Reeds, Firas Al-Zuhairi, Rana Azeez, Suhair Mahdi, Wafaa Kadhim Kadhim, Muna Al-Naamee

Engineering and Technology Journal

A papyrus reed, as a type of unusable farming waste, was used as akind of low-cost biosorbent for the elimination a crude oil from produced waterthat was produced in an Al-Ahdab field, Iraq, in a batch stirred operationmode. Fourier transform infrared spectroscopy (FTIR) and scanning electronmicroscope (SEM) were used to characterize the biosorbent before and afteradsorption. Batch tests were employed as a function of the contact time,adsorbent dose, and the pH of the solution. The experimental results show atincreases the amount adsorbent dosage, pH and contact times, the removalefficiencies were increases and optimum condition was obtained at pH valueequal to …

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Rules For Managing Methods Of Implementation And Evaluation Of Graduation Projects In Engineering Departments, Fatimah Naser, Maryam Naser Aug 2026

Rules For Managing Methods Of Implementation And Evaluation Of Graduation Projects In Engineering Departments, Fatimah Naser, Maryam Naser

Engineering and Technology Journal

Graduation projects are the final product of what university students have acquired from the sciences and knowledge during their academic period of study during the academic years, which range in most Iraqi universities between 4 to 5 years in engineering colleges. In the last year during which the student to implement the engineering graduation project, which begins by choosing the subject or problem that will be dealt with as a research title and ends with the development of all stages of implementation. And the importance of graduation projects for students of engineering departments to study the bachelor's degree and the …

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Measurement Of Student Outcomes Attainment For Abet Accreditation In Electromechanical Engineering Department In Uot, Jalal Jalil Aug 2026

Measurement Of Student Outcomes Attainment For Abet Accreditation In Electromechanical Engineering Department In Uot, Jalal Jalil

Engineering and Technology Journal

Student outcomes attainment represents the core of the ABET accreditation. In this paper, a details of the four years’ work in Energy and Renewable Energy Program in Electromechanical Engineering Department in University of Technology was demonstrated, concentrating on the process of student outcomes attainment measurement. The attainment of student outcomes represents a challenge in all programs in Iraqi Universities. The process monitored by ABET Foundation expertise through IREX and they approved that the process reached right route although the degree of attainment needs more work in the coming years to reach accreditation level.

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Code Of Conduct Of Final Year Projects In Engineering Disciplines, Fawzi Al-Naima Aug 2026

Code Of Conduct Of Final Year Projects In Engineering Disciplines, Fawzi Al-Naima

Engineering and Technology Journal

The importance of the management and implementation of graduation projects lies in the fact that this activity constitutes one of the main pillars of the undergraduate academic curricula in most scientific or literary disciplines. In engineering studies, for example, the weight of the graduation project within the curriculum is estimated at 25% for the year of graduation and about 8% of the total weight of the first university degree in most universities in the developed countries. In this context, this paper suggests specific steps for conducting this work and the allocation of responsibilities in the management of this scientific activity. …

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