Engineering
Browse 60 curated documents about engineering in The Archive — the 2RA-Edition digital library for engineering and scientific research. This collection of books, journal articles, theses, reports, and technical documents on engineering spans extractive metallurgy, mining engineering, chemistry, and applied science. Every document is searchable in full text; sign in to read, download, ask AI questions about any document, or generate cited research drafts with the AI Researcher.
A CFD Model for a Fixed Bed Reactor for Fischer Tropsch Reaction using Ansys
Vidushi Chitranshi
Fischer-Tropsch (FT) is a process which can convert synthesis gas derived from natural gas, coal, or even biomass to a variety of products including saturated and unsaturated hydrocarbon chains, while minimizing greenhouse gas emissions. Among various reactor types used for commercial FT, fixed bed tubular reactors are prominent. However, these reactors face substantial challenges due to the highl
Reliability Analysis during the Life Cycle of a Technical System and the Monitoring of Reliability Properties
Alena Breznická, Marcel Kohutiar
The present review deals with the issues of ensuring and maintaining high reliability during the entire life cycle of a technical system in the engineering sector, i.e., determining the requirements, design, research, development, production, installation, operation, and disposal of the product. Owing to their reliability, special attention is given to the technical systems in companies for severa
ETUDE COMPARATIVE DES PERFORMANCES DU BROYEUR AUTOGENE AVANT ET APRES SA CONVERSION EN SEMI AUTOGENE « CAS DU CIRCUIT CM6 AU CONCENTRATEUR DE KAMOTO »
MUTATSHI KAMANDA Ken, John KASONGO WA KASONGO
Ce présent travail vise à évaluer les performances techniques, opérationnelles et économiques de la conversion du broyeur autogène en semi autogène, afin d’identifier ces impacts sur les performances du circuit CM6 au concentrateur de Kamoto. L'étude s'appuie sur des données d’exploitation du broyeur avant et après sa conversion, complétées par une analyse granulométrique, pour mesurer les amélior
Engineering Mechanics Dynamics
MERLE C. POTTER, E. W. NELSON
This seventh edition of 'Engineering Mechanics: Dynamics' aims to provide students with a comprehensive understanding of the principles of dynamics as applied in engineering contexts. The objective is to enhance learning through clear explanations, illustrative examples, and problem-solving resources. The methodology involves a structured approach to presenting course concepts, complemented by exe
Engineering Mechanics Statics
MERLE C. POTTER, E. W. NELSON
This document serves as a comprehensive resource for students and professionals in the field of engineering mechanics, specifically statics. The objective is to provide a structured outline through which learners can understand complex mechanical concepts. The methodology includes a variety of learning aids such as 628 exercises with detailed answers, problem-solving videos, and concise explanatio
AUTOMATION TECHNOLOGY
Ruben Dario Rojas Sulbaran, PROF. DR. STEFAN PALIS
This course book provides a comprehensive overview of automation technology, aimed at students and professionals in the field. The objective is to equip learners with the foundational and advanced concepts necessary for understanding and implementing automation systems effectively. Utilizing a combination of theoretical frameworks and practical applications, the methodology includes detailed readi
Optimization of hydrocyclone classifier in the beneficiation of fine coal using Taguchi approach
Mpho Ramudzwagi, Nkhumeleni Tshiongo-Makgwe
The increasing demand for coal and its significance in energy production necessitates improved beneficiation processes. This research aims to optimize the performance of hydrocyclone classifiers in the beneficiation of fine coal through the Taguchi approach. A systematic methodology was employed, which included the design of experiments to identify optimal conditions affecting the hydrocyclone's p
Up-scaling of froth flotation equipment
C.R. Boeree
The up-scaling of flotation equipment has been investigated based on comparisons between laboratory, pilot and industrial scale flotation tests and a characterization study of large-scale industrial flotation cells in Boliden’s Aitik copper mine in Northern Sweden. The use of high volume flotation cells has nowadays become more and more common to deal with the production of high capacity, low-grad
Energy Conservation Thermodynamics of Nanoscale Materials
M. Ramachandran, R.G. Reddy
Nanoscale materials have emerged as critical components in various industrial engineering applications due to their unique physical properties. This study seeks to explore the thermodynamic behavior of these materials, particularly focusing on the surface tension and melting temperature variations of silver and copper at different temperatures. By employing a thermodynamic approach, the research c
REAGENTS IN MINERAL TECHNOLOGY
Martin J. Schick, Frederick M. Fowkes
This work addresses the role of reagents in mineral technology, focusing on surfactants and their various applications across different domains. The objective is to provide a comprehensive overview of the types, properties, and operational mechanisms of surfactants used in mineral processing, particularly in flotation and stabilization processes. The methodology includes a systematic review of exi
516721605 UNIT 1 Alloys and Phase Diagrams
Engineering Materials, Metallurgy
This document discusses the history and classification of materials, focusing on alloys and phase diagrams, essential concepts in engineering materials and metallurgy. The objective is to provide a comprehensive overview of different types of materials, their properties, and their applications in various engineering fields such as mechanical, aerospace, and chemical engineering. The methodology in
Etude cinetique de la lixiviation de l'heterogenite de TUL WEZEMBE
TSHIBINDA KABEYA Josue, Ass. Ir Civil Belly KALONDA
Ce travail vise à améliorer la cinétique de mise en solution de l'Heterogenite dans le concentré de Tulwezembe, qui présente un titre de 15,83% Cu, 5,78% Co, 5,23% Mn et 6,11% Fe, majoritairement constitué de quartz. Les études précédentes indiquent que la mise en solution de ce concentré est lente. Dans nos essais, sans apport d'un réducteur, un rendement en lixiviation de 11% Co a été atteint, a
Etude de la synergies de deux collecteurs sécondaires (AM810 et METCOL11) sur la performance de la flotation des minérais sulfurés cas de Kinsenda Copper Company
MAKINA KATOMA Marcel, ILUNGA MUTOMBO
Cette étude vise à analyser les synergies de deux collecteurs secondaires, AM810 et METCOL11, sur la performance de la flottation des minerais sulfurés dans le cas de Kinsenda Copper Company. L'objectif est d'évaluer l'impact de ces collecteurs sur le rendement métallurgique et la récupération des métaux précieux. Pour ce faire, des essais de flottation ont été réalisés en laboratoire, en variant
2026 Sakkaki High Entropy Alloy Phase Rules
Milad Sakkaki, Vahid Pouyafar
High entropy alloys (HEAs) have become the focus of research and industrial attention as a new class of advanced engineering materials due to their exceptional properties and performance. Generally, HEAs exhibit superior performance compared to traditional alloys, especially when they form FCC or BCC single-phase solid solutions. However, achieving such systems is beyond simple mixing of elements
Context Fusion Agent in Design-to-Plan Workflow
John Doe, Jane Smith
This paper presents the Context Fusion Agent, a crucial component in enhancing design-to-plan workflows in manufacturing by bridging the semantic gap between design representations and manufacturing reasoning. The objective of this study is to integrate outputs from a Feature Extraction Agent, which identifies 3D CAD features and 2D drawing specifications, into a unified feature representation tha
2026 Nehme CADFit Mesh to CAD
Ghadi Nehme, Eamon Whalen
Despite recent progress, recovering parametric CAD construction sequences from geometric input, such as meshes or point clouds, is a key challenge for design and manufacturing, as existing CAD reconstruction and generation methods are largely restricted to difficult-to-edit formats like meshes or B-reps or enable simple sketch-and-extrude pipelines and low-complexity datasets. We introduce CADFit,
Evaluation of Thermal Conductivity and Erosion Performance of TBC–Polymer Coatings
A. Eskandari, M. Gupta
Climate change mitigation requires advances in energy efficiency. Thermal barrier coatings (TBCs) are widely employed to improve thermal efficiency in gas turbines and internal combustion engines, and engineering coatings’ porosity is an important route to control the heat transfer to metallic components. In this study, porous gadolinium zirconate (Gd2Zr2O7, GZO) coatings were produced using air p
The influence of crack position and its size on short-range ordering and high-temperature cyclic deformation behavior of refractory high-entropy alloy HfNbTiZr using bicrystal models
Babicheva, Raj Kiran
The influence of crack position and its size on short-range ordering (SRO) and high-temperature cyclic deformation behavior of refractory high-entropy alloy (RHEA) HfNbTiZr using bicrystal models has been investigated by combined Monte-Carlo (MC) and molecular dynamics (MD) simulations. It was revealed that the SRO process is affected not only by the crack size, namely the crack opening value, but
Targeted microstructural authoring through additive manufacturing of metals
Meurig Thomas, Samuel Tammas‑Williams
Metal three-dimensional printing, also known as additive manufacturing (AM), presents an innovative opportunity for materials engineers to locally tailor the microstructure of engineering alloys over diverse length scales. This article examines the predominance of laser powder bed fusion (L-PBF) among various metal AM processes and its potential to enable localized metallurgical authoring through
Impact of Short-Term Annealing on Microstructure and Transformation Temperatures of Hot-Rolled Superelastic Nitinol
SEYED AREF GOLSORKHI, MELODIE FICKENSCHER
Brief heat treatments offer an energy-efficient method for adjusting the microstructure and properties of Nitinol; however, the microstructural mechanisms that occur during the early stages of these treatments remain largely unrecorded. In this study, a hot-rolled superelastic sheet was annealed for 60 s at temperatures of 520 °C, 540 °C, 560 °C, 580 °C, and 600 °C. After annealing, the samples we
Comparison and Evaluation of concepts for a future recycling process regarding attrited lead anodes used in the electrowinning process of non-ferrous metals.
Christoph Rosebrock, Stefan Bracke
The production of metal is a starting point for the manufacture of almost every technical product. An important process step of the extractive metallurgy of non-ferrous metals like copper, nickel or zinc is the electrowinning process using electroplating with insoluble anodes. This paper outlines three concepts to recycle anodes which were subjected to heavy wear during the electrowinning process.
Thermomechanical and tribological behaviour of gravity die cast A356 aluminium composites reinforced with date palm seed ash for automotive applications
Thomas Aghogho Orhadahwe, Olusegun Olufemi Ajide
Lightweight aluminium alloys remain central to the design of modern automotive engine components, yet their limited resistance to wear and thermal instability under service conditions restricts wider structural applications. In this study, date palm seed ash (DPSA), an underutilised agro-waste by-product rich in metal oxides, was introduced as a reinforcing phase into gravity die-cast A356 alloy t
Progress in Additive Manufacturing
Samira Gholizadeh, Sudesh Sivarasu
Additive manufacturing (AM) has significantly expanded the design and application of NiTi (Nitinol) alloys in medical devices by enabling the fabrication of complex geometries, fine features, and patient-specific structures that are difficult or impossible to achieve through conventional methods. This review provides a focused and comparative overview of AM technologies applied to NiTi in biomedic
Percolation Leaching: The status globally and in Southern Africa
Amado Guzman, Jochen Petersen
This document presents a comprehensive overview of percolation leaching techniques and their status both globally and specifically in Southern Africa. The objective is to elucidate the advancements and practices in percolation leaching, highlighting various methodologies applied in heap leaching operations. The information gathered is based on both theoretical insights and practical experiences of
Layout and Design of a Modern Gold Concentrator
Kilborn Limited
This paper presents a detailed examination of the layout and design considerations of a modern gold concentrator based on a case study of the Kiena Gold Mines Limited concentrator project. The objective is to share insights from the engineering process that will enhance understanding for future projects in similar contexts. The methodology encompasses an analysis of the existing facilities, the de
Influence of density-mismatch reinforcements and three-step T6 aging on Al7075 matrix composites
Y. M. Shivaprakash, B. S. Sowrabh
Aluminium alloys are widely utilized in various industries due to their strength and lightweight properties. This study investigates the influence of density-mismatch reinforcements and a three-step T6 aging process on Al7075 matrix composites, focusing on improving material properties for aerospace applications. The objective is to explore how different reinforcements affect the mechanical and mi
High Current Arc Modeling for Silicon Submerged Arc furnaces
Hákon Valur Haraldsson
This thesis provides a comprehensive analysis of high current arc modeling in silicon submerged arc furnaces, emphasizing the significance of accurate simulations in optimizing the efficiency and performance of these industrial systems. The objective of this research is to develop a reliable mathematical model that can predict arc behavior under varying operational conditions. Utilizing advanced c
EVALUATION TECHNICO-ECONOMIQUE ET OPTIMISATION DE L'ABATTAGE A L'EXPLOSIF DANS LA CHAINE DE PRODUCTION Cas De La Zone 4 Rampe 40 Accès 2 De La Mine Souterraine De Kamoto
MBANGU MUTAZA Agay, AUGUSTIN MUHOTA
Ce mémoire se concentre sur l’évaluation des opérations de minage à la mine souterraine de Kamoto, en mettant l'accent sur l'abattage à l'explosif, une étape essentielle de la chaîne de production. L'objectif principal est d'optimiser les paramètres de forage et de chargement en explosifs pour améliorer la fragmentation, réduire les coûts de concassage et accroître l'efficacité globale. La méthodo
A review of the effect of rheology on grinding, classification, flotation, and leaching processes
Işıl Tokcan
Slurry rheology, which encompasses the overall impact of inter-particle interactions such as aggregation, dispersion, and sedimentation particularly pronounced under fine-particle conditions, has long been acknowledged as a critical factor in determining processing efficiency. Fine particles can increase slurry viscosity and yield stress, making it more difficult to pump, transport, and process. T
New approach for flotation process modelling and simulation
J. Yianatos, P. Vallejos
The aim of this work consisted of developing a flotation model based on industrial data from modern and large mechanical flotation cells (up to 300 m3). Using industrial data from different flotation plants, a general model was developed considering the metallurgical performance, residence time distribution, and operational and hydrodynamic conditions. The model considers the behaviour of each cel
Fuzzy distributional robust optimization for flotation circuit configurations based on uncertainty theories
Yu Liang, Dakuo He
Fuzzy distributional robust optimization for flotation circuit configurations is proposed to find optimal flotation circuit configurations based on the distribution profiles of economic performance, and the best and worst distributions can be identified by uncertainty theories. All feasible flotation circuits are represented by a super-structure, and single cell is simulated by a flotation simulat
Failure investigation of a cooling coil tube in zinc roaster furnace
M. Ananda Rao, R. Sekhar Babu
The failure analysis of a cooling coil tube employed to extract the sensible heat of roasted zinc sulfide ore in a fluidised bed furnace type roasting unit was reported. The coils are prone to service degradation and subsequent failure due to the extreme operating conditions (920–960 °C). Severe corrosion attack and cracks were seen on the outer surface of the tube upon visual examination. The opt
Recyclage des pièces en composite polyester en fibres de verre de grandes dimensions par laminage
Nouigues Arbia
The composite materials recycling is facing many problems. The objective of this study is to find an alternative process to current recycling solutions for thermosetting composites, particularly for big parts like boats or wind turbine blades. A new method adapted to the recycling of unsaturated polyester glass fibers reinforced composite is studied in this work: the rolling at a temperature at wh
Advances in composite materials
Raul Duarte Salgueiral Gomes Campilho, Sandra Luz
Composite materials have emerged as a fundamental pillar in engineering and materials science, driven by the rising demand for lightweight and high-performance systems. This editorial provides an overview of recent advancements in composite materials, highlighting their significance in various industries, including aerospace, automotive, and biomedical applications. The versatility of composites,
Experimental Investigation of Steam Pressure Coffee Extraction in a Stove-top Coffee Maker
L. Navarini, E. Nobile
The most common household brewing method in Italy makes use of a stove-top coffee-maker known as moka. This device utilizes steam pressure from an autoclave-type aluminum kettle to force water through a coffee bed in a funnel-shaped filter. Despite the widespread use of moka, there has been a lack of detailed analysis, leading to common misconceptions about its operation, including the mistaken be
DEVELOPMENT AND EVALUATION OF DRUM COFFEE ROASTING MACHINE FOR SMALL-SCALE ENTERPRISES
Dadang Dayat Hidayat, Arie Sudaryanto
The design, manufacture and evaluation of a drum coffee roasting machine had been carried out. The aimed of the study was to develop a small-scale drum roaster to meet the demand of the small enterprises at design and function. The development stage consisted of sizing of the main components, creating technical drawings, determination of component materials, manufacture and performance test. The d
Design and construction of coffee roasting machine with rounding cylinder tube using electric heat source
Andriani Lubis, Syafriandi Syafriandi
The purpose of this research is to design a rounding cylinder tube on a coffee roaster using an electric heating element that will be used to roast coffee. The roasting process also uses an electric motor to rotate the cylindrical drum so that the stirring process becomes even. The research was conducted using engineering methods including identification of problems, roasting machine design formul
Extraction of Rare Earth Elements from Aqueous Solutions by Using Hydrometallurgical Techniques
Tamer Utku Bektas
Rare earth elements (REEs) are essential for a variety of technological applications, prompting the need for efficient extraction methods from aqueous solutions. This thesis aims to investigate hydrometallurgical techniques for the extraction of REEs, optimizing conditions for maximum recovery. The methodology involves a comprehensive literature review coupled with experimental procedures, where v
CADFit: Precise Mesh-to-CAD Program Generation with Hybrid Optimization
Ghadi Nehme, Eamon Whalen
Despite advances in CAD technology, recovering parametric CAD construction sequences from geometric inputs like meshes remains a challenge in design and manufacturing. This paper introduces CADFit, a hybrid optimization-based framework that reconstructs complex, editable CAD sequences from meshes by incrementally fitting parametric operations and validating with geometric feedback. CADFit differen
A plant-wide control framework for a grinding mill circuit
J. D. le Roux, I. K. Craig
This article proposes a generic plant-wide control framework which can be used to develop a hierarchical control structure (regulatory control, supervisory control, and optimisation) to operate a single-stage closed grinding mill circuit in an economically optimal manner. An economic objective function is defined for the grinding mill circuit with reference to the economic objective of the larger
A COMPARATIVE STUDY OF SIMULATION SOFTWARE FOR MODELLING METAL CASTING PROCESSES
Khan, M. A. A., Sheikh, A. K.
Simulation based casting is used in modern metal casting industries to a great extent. A number of software are available for casting simulations which allow methods engineers to model and verify a casting design to maximize yield and minimize defects. However, selection of casting simulation software is critical and necessitates acquiring the knowledge of commercially available software. A compar
Defects, Root Causes in Casting Process and Their Remedies: Review
Vaibhav Ingle, Madhukar Sorte
Many industry aims to improve quality as well as productivity of manufacturing products. This requires a number of process parameters to be controlled during the casting process to minimize uncertainties and defects faced by organizations. This review paper presents various casting defects and their root causes specific to engine parts during the casting process. It also provides preventive action
Evaluation of Critical Parameters for Sand Inclusion Defect in FNB Casting
S.G. Acharya, J.A. Vadher
Casting covers major area of production all over the world. Resin bonded casting is widely used in today’s manufacturing industries. Furan No bake casting is most widely accepted in Indian foundries due to its excellent surface finish and dimensional stability. It is a self-setting binder and has lower work and strip times. Though the casting process is also known as a process of uncertainty, this
Organic Moulding Sands for Production of Large-Size Castings
K. Major-Gabryś, M. Hosadyna-Kondracka
Recently, significant changes in the European foundry industry have led to a decline in heavy steel castings production, particularly for applications in the metallurgical, cement, and energy sectors. This has created challenges in moulding technology for heavy castings, which require extended solidification and cooling times. The industry predominantly utilizes sands with organic binders due to t
HISTORICAL OVERVIEW OF REFRACTORY LINING IN THE BLAST FURNACE
Tatjana Volkov Husović, Sanja Martinović
The majority of refractories used today are associated with the iron and steel industries. Typically, the refractory lining of a blast furnace consists of a combination of different refractory materials chosen for different portions of the furnace, as well as distinct process conditions and temperature ranges. Knowledge and requirements for the iron manufacturing system in conjunction with the phy
Convex Neural Energy Elements: Monolithic Finite-Element Assembly of Geometry-Parameterized Neural Operators with Stability and Error Guarantees
Hongyue Jiang, Jianjiang Zhan
This paper addresses the limitations of the neural-operator element method by proposing convex neural energy elements that enable a reusable library of geometry-parameterized element types. The study identifies that traditional field-predicting neural operators can lead to indefinite Hessians, causing convergence issues in optimization tasks. To remedy this, the authors introduce a methodology whe
ASSEMCAD: Production-Ready CAD Assembly Generation from Natural Language
Yurui Dong, Shu Zou
Recent advances in large language models and programmatic CAD have significantly improved Text-to-CAD generation for individual parts. However, production-ready mechanical assembly generation remains largely unsolved. Unlike single-part modeling, assemblies require coordinated reasoning over multiple components, functional interfaces, assembly relations, engineering principles, and physical consis
PRESSURE LEACHING OF ÇALDAĞ LATERITIC NICKEL ORE
Mehmet Ali Recai Önal
This thesis explores the pressure leaching process for extracting nickel from Çaldağ lateritic nickel ore, aiming to enhance the efficiency and effectiveness of metal recovery. The objective focuses on optimizing the operational parameters such as temperature, pressure, and acidity levels to achieve higher nickel yields. A systematic experimental approach was employed, utilizing a series of labora
Preparation and Melting of Scrap in Aluminum Recycling: A Review
Stefano Capuzzi, Giulio Timelli
This work provides an overview of the aluminum (Al) recycling process, from the scrap upgrading to the melting process. Innovations and new trends regarding the Al recycling technologies are highlighted. Aluminum recycling offers advantages in terms of environmental and economic benefits. The presence of deleterious impurities in recycled Al alloys is increasing and this is the main drawback if co
Electrorefining in Sustainable Metals Production
Jari Aromaa
Electrorefining has historically played a crucial role in the production of high-purity metals, evolving since the 19th century when applications for copper, gold, and silver emerged. This editorial discusses the significance of electrorefining within the context of sustainable metal production, emphasizing its advantages over traditional pyrometallurgical methods, particularly in achieving higher p
Estimation of Mass Transfer Coefficient for Copper Electrowinning Process
Sarmad Talib Najim
Mass transfer was examined at a stationary rectangular copper electrode as part of the copper electrowinning process, focusing on the reduction of cupric ions. This study aimed to investigate the effects of various electrolyte temperatures (25, 45, and 65 °C) and cupric ion concentrations (4, 8, and 12 mM) on the mass transfer coefficient using the limiting current technique. Data were systematica
Selection of Material by weighted property method for Savonius Vertical Axis Wind Turbine Rotor blade
Suresh Talur, Kiran Kumar.P.
Vertical Axis Wind Turbine (VAWT) rotors are gaining popularity due to their ease of manufacturing, operation, and economic advantages compared to Horizontal Axis Wind Turbines (HAWT), despite being less efficient. This study focuses on selecting suitable materials for the blades of the Savonius Vertical Axis Wind Turbine (SVAWT), considering Aluminium (7020 Alloy), Mild Steel (grade 55), Stainles
A Review on Wire and Arc Additive Manufacturing (WAAM)
Savyasachi N, Sijo Richard
Modern industry is constantly seeking new investigations and findings in innovative technologies, particularly in the aerospace sector, which is projected to require approximately twenty million tonnes of raw material in the next two decades due to its reliance on titanium with a high buy-to-fly ratio, leading to low material utilization. Traditional machining of metal, particularly in its solid f
Experimental Analysis on Wire Arc Additive Manufacturing
Sanjeev Kumar Verma, Jitendra Bhashkar
In the present study, wire arc additive manufacturing on mild steel using conventional metal ion gas deposition is performed. After deposition, microscopic analysis is conducted to identify welding defects such as hot cracking and gas porosity for process optimization. The hardness of the final product is analyzed at three different stages, revealing values between 18 to 47 kg/mm2. Additionally, m
Tungsten Inert Gas Welding and Design
M. Chaturvedi, S. Arungalai Vendan
Tungsten Inert Gas (TIG) welding is an advanced arc welding process utilizing a non-consumable tungsten electrode, which is gaining traction in industries as a substitute for manual metal arc and gas welding due to its efficiency in protecting the weld pool with inert gas shielding. This chapter provides a comprehensive overview of the TIG welding process, beginning with an introduction to its fun
Solid-State Metal Additive Manufacturing: A Review
NIHAN TUNCER, ANIMESH BOSE
Although a significant amount of technical, commercial, and academic resources have been invested in laser and electron beam-based additive manufacturing (AM) of metals and alloys over several decades, challenges and limitations associated with repeated local melting and processing complexity along with the cost of equipment and operation have sparked interest in research on solid-state AM methods
Metallic Additive Manufacturing
Nisha Ramesh Jadhav, Prof. Dr. D. D. Date
As metallic additive manufacturing grew in many areas, many users have requested greater control over the systems, namely the ability to change the process parameters. The goal of this paper is to review the effects of major process parameters on the quality such as porosity, residual stress, and composition changes and materials properties like microstructure and microsegregation. In this article
Metal alloys for fusion-based additive manufacturing
Zhang, Duyao, Sun, Shoujin
The integration of metal alloys into fusion-based additive manufacturing (AM) presents significant advancements in the field of engineering materials. This study aims to provide a comprehensive overview of current metal alloys utilized in AM processes, examining their properties, advantages, and potential applications. Methodologically, the research involves a systematic review of existing literat
METAL ADDITIVE MANUFACTURING: A REVIEW OF MECHANICAL PROPERTIES (POSTPRINT)
John J. Lewandowski, Mohsen Seifi
In recent years, metal additive manufacturing (AM) has gained significant attention due to its ability to produce complex geometries and customized components. This review aims to assess the mechanical properties associated with various metal AM techniques, including but not limited to selective laser melting, electron beam melting, and binder jetting. A comprehensive analysis of the mechanical be
Advances in Metal Additive Manufacturing
Sachin Salunkhe, Sergio T. Amancio-Filho
Metal additive manufacturing has emerged as a transformative technology with significant implications for various engineering domains. This book provides a comprehensive overview of advancements in the field, aiming to consolidate recent research findings and practical applications. The objective is to explore not only the theoretical underpinnings of metal additive processes but also their implem