Md Helal Miah

Md Helal Miah
Zhengzhou University | zzu · Division of Engineering Management

Ph.D in Management Science and Engineering

About

42
Publications
1,569
Reads
How we measure 'reads'
A 'read' is counted each time someone views a publication summary (such as the title, abstract, and list of authors), clicks on a figure, or views or downloads the full-text. Learn more
88
Citations
Introduction
Experienced professionals with a unique combination of technical expertise, Aircraft tooling design, quality management, and knowledge management. Helal graduated (Bachelor & Masters in Engineering) from “Shenyang Aerospace University”, Shenyang, Liaoning, China in Aircraft Manufacture engineering. He was an active somehow indulgent student among others during his both undergraduate and postgraduate studies, very often involved in many curricular and co-curricular activities. Recently he is doin
Additional affiliations
August 2017 - August 2019
Aritex (Shanghai) Machinery Manufacturing Co., Ltd
Position
  • Engineer
Description
  • I was primarily responsible for assisting the Design Engineering Director in order to maintain customer specifications and requirements and deliver quality design on time to the customer. I generally worked on engineering department designing 3d model, preparing 2d layout using CAD software and preparing documents for manufacturing machinery component and assembly them together in terms of both efficiency and effective performance.
June 2014 - June 2016
Shenyang Gotiar Aircraft Manufacturing Co, Ltd
Position
  • Intern
Description
  • I had the opportunity to work on Quality management and I have experience in doing Quality control. I was primarily responsible for assisting the Quality Director in order to maintain safety regulations and deliver quality part on time to the customer. Generally, I worked on internal controls deficiencies identified directly to the project team and provides recommendation for improving the organization operations, in terms of both efficient performance.
Education
September 2019 - July 2023
Zhengzhou University
Field of study
  • Management Science and Engineering
September 2016 - January 2019
Shenyang Aerospace University
Field of study
  • Aircraft Manufacture Engineering
March 2012 - January 2016
Shenyang Aerospace University
Field of study
  • Aircraft Manufacture Engineering

Publications

Publications (42)
Article
R olling bearings play a critical role in rotating machinery, with their fatigue life directly impacting equipment's operational reliability. This underscores the significant engineering application value of "fault diag-nosis" (FD) technology for rolling bearings in mechanical, automation, and aerospace domains. Literature reviews highlight that a...
Thesis
Aircraft assembly technology encompasses the intricate processes of designing, fabricating, and assembling various components into a final aircraft product. Central to this technology are advanced techniques like automated drilling and riveting systems, and specialized aircraft tooling designs which ensure precision, accuracy, and cost-effectivenes...
Thesis
This study aims to scrutinize the relationship between knowledge management practices and decision-making within the aircraft assembly process. The primary objective is to assess the influence and efficacy of current knowledge management methodologies on decision-making in aircraft assembly. Through a comprehensive review of existing literature and...
Article
Purpose The pivotal aspect of aircraft assembly lies in precise measurement accuracy. While a solitary digital measuring tool suffices for analytical and small surfaces, it falls short for extensive synthetic surfaces like aircraft fuselage panels and wing spars. The purpose of this study is to develop a “combined measurement method” (CMM) that enh...
Article
Purpose Regarding the broadening of the titanium alloy application field, the surface treatment coating of TC4 alloy has become an essential global research topic. This study aims to illustrate the titanium-based composite coating is created by laser cladding TC4+Ni60/hBN composite powder onto the surface of the TC4 alloy. Design/methodology/appro...
Conference Paper
The research aims to introduce the Multi-Scale Attention UNet (MSA-UNet) architecture as a method to enhance the segmentation of retinal fundus images by effectively capturing intricate features. Key innovative aspects include the seamless integration of multi-scale image convolution and attention gates, the strategic composition of the decoder pat...
Article
Full-text available
Purpose-This paper examines the process optimization method of the online sales model of information product demand concerning the spillover effect. It illustrates the spillover effect (SE) of online product demand compared with traditional market demand. Also, optimized the SE for the ethical and ordinary consumer. Design/methodology/approach-This...
Article
Modern aircraft industries mostly rely on “Advanced Manufacturing Technologies” (AMTs) to improve the quality of the aircraft product assembly, since it has a huge potential to improve the production efficiency. Robotics-based computer-integrated manufacturing is an example of the AMTs that can meet the required accuracy of the aircraft assembly. A...
Article
Purpose-The demand for titanium alloys has received massive attention in the aerospace and automotive industry owing to their magnificent electrochemically compatibility and corrosion resistance, high strength at elevated temperatures and high strength-to-weight ratio. Although titanium alloy has impressive mechanical properties, they are challengi...
Article
Purpose The demand for titanium alloys has received massive attention in the aerospace and automotive industry owing to their magnificent electrochemically compatibility and corrosion resistance, high strength at elevated temperatures and high strength-to-weight ratio. Although titanium alloy has impressive mechanical properties, they are challengi...
Conference Paper
Energy consumption is one of the major issues in the MIMO-OFDM communication system since it reduces its lifetime it. Therefore, it is required to minimize the total amount of allocated power when allocating power to subcarriers. Hence an optimal approach to subcarrier power allocation is required. This research illustrates the optimal power alloca...
Conference Paper
The main purpose of the digital aircraft assembly process is to ensure the high assembly accuracy of aircraft products, flexibility and reduce the assembly time. Also, reduce the assembly and manufacture error of tooling (Jig/Fixture) design for particular aircraft products. Generally, the aircraft product assembly process is complex, and it perfor...
Chapter
MATLAB and Simulink provide a wide range of promising tools for various engineering and many other non-engineering fields in enacting and resolving the problem. Some of the far-reaching tools in this software are SYSTEM IDENTIFICATION and LINEARIZATION tools, which proved to help solve many engineering problems. In this paper, it is mentioned regar...
Chapter
The aircraft assembly process mainly refers to the drilling and riveting/joint process of the aircraft product/components. It's necessary to assemble the aircraft with high accuracy to ensure the safety of the aerospace vehicle. In this research, factor affecting aircraft assembly accuracy is discussed. And the efficient process is demonstrated to...
Article
FSLW is a novel solid-sate joining process in aircraft assembly technology that has offered superior welding quality to the joining of aluminum alloy. Concerning the success of FSLW light metal alloys coupled with lower operating costs due to improved energy efficiency and virtual lack of a consumable has emphasized the need to examine AA 2024-T4 a...
Article
Full-text available
Purpose This paper examines the process optimization method of the online sales model of information product demand concerning the spillover effect. It illustrates the spillover effect (SE) of online product demand compared with traditional market demand. Also, optimized the SE for the ethical and ordinary consumer. Design/methodology/approach Thi...
Article
div class="section abstract"> The fundamental characteristic of aircraft assembly is assembly measurement accuracy. A single digital measurement device can meet the requirements of an analytical and small surface. But a single digital measurement device cannot meet the measurement requirements for synthetic and large surfaces, such as fuselage pane...
Article
div class="section abstract"> Regarding the development of an aircraft assembly process, this paper will illustrate the intelligent decision and policies of the aircraft assembly process based on technician experience. A model of the knowledge management system of the aircraft assembly process is developed to avoid the complexity of the entire airc...
Article
div class="section abstract"> This paper will illustrate the surface treatment coating that forms a strong metallurgical bond between the titanium alloy matrix regarding the high friction properties and challenging lubricating of titanium alloys. In this research, TC4 has been selected as a base material instead of TiC. Then Ni-composite coating wa...
Article
Regarding traditional fusion welding challenges, this research will illustrate the impact of the combined welding parameter for the friction stir lap welding (FSLW) process for two Al-Mg-Si Al-alloy plate joints. Firstly, the oxide film on the surface of the workpiece was polished, and the surface was cleaned with absolute ethyl alcohol. Secondly,...
Conference Paper
The key characteristic of the aircraft assembly is to maintain assembly accuracy, and the measurement system employs a vital role to maintain the assembly characteristics. There are lots of measuring techniques, among them indoor global positioning system (iGPS) measuring is more efficient for aircraft assembly technology due to its high precision...
Article
Large-diameter hole drilling for Carbon-Fibre-Reinforced-Polymer (CFRP) is challenging because of its non-homogeneity and anisotropic features. This research will illustrate the hand-laminated and unidirec-tional CFRP based on three-hole making strategies for helical milling, large hole and pilot hole drilling. In this article, CFRP analyzes and op...
Conference Paper
Regarding the use of biofuel from waste oil in the diesel engine, this paper will be focused on the comparison of biofuel from waste oil, methanol, and diesel to observe the efficiency and effect on the environment. Biofuel from waste oil can be emphasized as diesel engines fuel owing to tri-glycerides carboxylic acid. According to the characterist...
Article
Full-text available
The main goal of sustainable development is to engage the public in setting the groundwork for developing profiles based on carrying capacity assessments. Since industrial projects are located in traditional, non-industrial zones, the broad human resource development program includes environmental research, education, and training to build technica...
Article
Purpose Regarding the assembly of the fuselage panel, this paper aims to illustrate a design of pre-assembly tooling of the fuselage panel for the automatic drilling riveting machine. This new prototype of pre-assembly tooling can be used for different types and sizes of fuselage panels. Also, apply to the automated drilling and riveting machine of...
Article
Purpose-Regarding the assembly of the fuselage panel, this paper aims to illustrate a design of pre-assembly tooling of the fuselage panel for the automatic drilling riveting machine. This new prototype of pre-assembly tooling can be used for different types and sizes of fuselage panels. Also, apply to the automated drilling and riveting machine of...
Article
Regarding the challenges of welding for aluminum alloy, this research illustrates the influence of convex shoulder on mechanical and tribological behavior of friction stir lap welding of aircraft assembly technology. This research employs a spiral whirling needle convex shoulder, and the friction diffusion-welding test is carried out with 2024-T4 a...
Article
Recently “Friction Stir Welding“ (FSW) has been one of the significant inventions in the welding and manufacturing world. But in FSW or any friction stir techniques, appearing “Keyholes” became a common issue. The retraction of non-consumable rotational pin tools mainly causes the “Keyhole.“ This research illustrates a novel approach called “Fricti...
Article
Purpose “V-bending” is the most commonly used bending process in which the sheet metal is pressed into a “V-shaped” die using a “V-shaped” punch to form a required angular bend. When the punch is removed after the operation, because of elastic recovery, the bent angle varies. This shape discrepancy is known as spring back which causes problems in t...
Preprint
Full-text available
The main goal of sustainable development is to engage the public in setting the groundwork for developing profiles based on carrying capacity assessments. Since industrial projects are located in traditional, non-industrial zones, the broad human resource development program includes environmental research, education, and training to build technica...
Preprint
Full-text available
Regarding the complexity of energy consumption (EC) mechanisms and unpredictable EC in the additive manufacturing (AM) process, this research illustrates the laser cladding system's EC modelling and analysis method. Initially, according to the laser cladding system's working principle and EC characteristics, it is divided into five subsystems. Then...
Article
This research compounded nanoparticles with epoxy resin, measured the thermal conductivity (TC) enhancement, characterized the morphology of these composites, and investigated the mechanical properties (MP) of resulting composite films. The resulting in unique physiochemical properties originating from the mixed behavioral properties of the nanopar...
Conference Paper
View Video Presentation: https://doi.org/10.2514/6.2022-3628.vid Regarding the rapid development of the aircraft assembly process, this paper will illustrate the logical and efficient systematics intelligent assembly process of the aircraft. A thorough review of research papers was carried out to make the researchers able to develop and implement a...
Article
div class="section abstract"> This paper will focus on the root facture problem of carbon fibre reinforced polymers (CFRP) material of aircraft winglets through ABAQUS simulation analysis regarding the aircraft takeoff and landing from high altitude at the constant and low-temperature experimental analysis and topography analysis. The innovative pu...
Article
Purpose-This paper aims to illustrate the tolerance optimization method based on the assembly accuracy constrain, precession constrain and the cost of production of the assembly product. Design/methodology/approach-A tolerance optimization method is an excellent way to perform product assembly performance. The tolerance optimization method is adapt...
Article
This research study investigates the effect of unsaturated polyester toughening on mechanical and morphological characteristics of glass fibre reinforced epoxy composites. Here, a polyester/epoxy matrix blend was prepared using an ultrasonicator. Three different epoxy/polyester blended composite specimens (75:25, 50:50 and 25:75) were prepared usin...
Article
A combined heat source model (HSM) is a new technology to resolve the welding problem of aluminum alloy in the friction stir welding (FSW) process. It authenticates advantage is solid-phase welding technology for magnesium, aluminum, and other low melting point alloy welding. Temperature field analysis is the prerequisite for improving the welding...
Article
The main purpose of the digital aircraft assembly process is to ensure the high assembly accuracy of aircraft products, flexibility and reduce the assembly time. Also, reduce the assembly and manufacture error of tooling (Jig/Fixture) design for particular aircraft products. Generally, the aircraft product assembly process is complex, and it perfor...
Article
Purpose This paper aims to illustrate the tolerance optimization method based on the assembly accuracy constrain, precession constrain and the cost of production of the assembly product. Design/methodology/approach A tolerance optimization method is an excellent way to perform product assembly performance. The tolerance optimization method is adap...
Article
Purpose The effective and efficient implementation of daily work activities necessitates tacit knowledge sharing, boosting firm productivity. However, the link between tacit knowledge sharing within a company and its effects on organizational performance is unclear, so the purpose of this study is to examine the impact of sharing tacit knowledge on...

Network

Cited By