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book (8)


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2022 (4)

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Book
Explosive welding, forming and compaction
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ISBN: 0853341664 Year: 1983 Publisher: London Applied science publ.

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Book
Recent Developments in Non-conventional Welding of Materials
Authors: ---
Year: 2022 Publisher: Basel MDPI - Multidisciplinary Digital Publishing Institute

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Abstract

Welding is a technological field that has some of the greatest impact on many industries, such as automotive, aerospace, energy production, electronics, the health sector, etc. Welding technologies are currently used to connect the most diverse materials, from metallic alloys to polymers, composites, or even biological tissues. Despite the relevance and wide application of traditional welding technologies, these processes do not meet the demanding requirements of some industries. This has driven strong research efforts in the field of non-conventional welding processes. This Special Issue presents a sample of the most recent developments in the non-conventional welding of materials, which will drive the design of future industrial solutions with increased efficiency and sustainability.

Keywords

Technology: general issues --- History of engineering & technology --- aluminium alloys --- friction stir welding --- strain rate --- traverse force --- steel --- weld --- high temperature --- creep --- fracture --- advanced methods --- AA6082-T6 --- bobbin friction stir welding --- microstructure --- optical microscopy --- EBSD --- dissimilar materials --- friction stir lap welding --- pin depth --- tilt angle --- tool rotational speed --- welding speed --- high entropy alloys --- welding techniques --- welding zone microstructure --- welding joint properties --- explosive welding --- light alloys --- hot rolling --- composite --- intermetallic --- FSW --- copper --- butt joint --- mechanical properties --- fatigue performance --- traverse and rotation speed --- three dissimilar aluminum alloys --- T-joints --- residual stress --- orbital hole-drilling strain-gauge method --- prediction of tensile yield force --- explosive cladding --- Zr 700 --- solid type welding --- weld strength --- laser beam welding --- sealed lap joints of dissimilar materials --- austenitic and ferritic-pearlitic steels --- numerical simulation --- microstructure analysis --- aluminium alloys --- friction stir welding --- strain rate --- traverse force --- steel --- weld --- high temperature --- creep --- fracture --- advanced methods --- AA6082-T6 --- bobbin friction stir welding --- microstructure --- optical microscopy --- EBSD --- dissimilar materials --- friction stir lap welding --- pin depth --- tilt angle --- tool rotational speed --- welding speed --- high entropy alloys --- welding techniques --- welding zone microstructure --- welding joint properties --- explosive welding --- light alloys --- hot rolling --- composite --- intermetallic --- FSW --- copper --- butt joint --- mechanical properties --- fatigue performance --- traverse and rotation speed --- three dissimilar aluminum alloys --- T-joints --- residual stress --- orbital hole-drilling strain-gauge method --- prediction of tensile yield force --- explosive cladding --- Zr 700 --- solid type welding --- weld strength --- laser beam welding --- sealed lap joints of dissimilar materials --- austenitic and ferritic-pearlitic steels --- numerical simulation --- microstructure analysis


Book
Impact Welding of Materials
Authors: --- ---
Year: 2021 Publisher: Basel, Switzerland MDPI - Multidisciplinary Digital Publishing Institute

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Abstract

Recent industrial criteria increasingly require the production of multi-material components. However, the manufacturing requirements of these components are not met by conventional welding techniques. Alternative solid-state technologies, such as impact-based processes, must be considered. The impact welding family is composed of several processes, such as explosion welding, magnetic pulse welding, vaporizing foil actuator welding, and laser impact welding. These processes present very different length scales, providing the impact welding family with a broad applicability range. A sample of the cutting-edge research that is being conducted on the multidisciplinary field of impact welding is presented in this book.

Keywords

Technology: general issues --- dissimilar materials --- interlayer --- vaporizing foil actuators welding --- impact welding --- impact velocity --- impact angle --- welding interface --- flyer velocity --- energy efficiency --- peak velocity --- flyer rebound --- flyer size --- confinement layer --- explosive welding --- Ti6Al4V/Al-1060 --- microstructure --- mechanical properties --- smooth particle hydrodynamic (SPH) --- high-velocity impact welding --- smoothed particle hydrodynamics simulation --- welding window --- gelatin --- thin aluminum plate --- magnesium alloys --- LPSO phase --- cellular metal --- composite structure --- unidirectional cellular metal --- explosive compaction --- high-energy-rate forming --- tantalum/copper/stainless steel clads --- severe plastic deformation --- SEM/EBSD --- microhardness --- magnetic pulse welding --- dissimilar metals --- surface preparation --- interface --- aluminum --- carbon steel --- stainless steel --- collision welding --- pressure welding --- process glare --- jet --- cloud of particles --- shock compression --- surface roughness --- collision conditions --- model test rig --- welding mechanisms --- dissimilar materials --- interlayer --- vaporizing foil actuators welding --- impact welding --- impact velocity --- impact angle --- welding interface --- flyer velocity --- energy efficiency --- peak velocity --- flyer rebound --- flyer size --- confinement layer --- explosive welding --- Ti6Al4V/Al-1060 --- microstructure --- mechanical properties --- smooth particle hydrodynamic (SPH) --- high-velocity impact welding --- smoothed particle hydrodynamics simulation --- welding window --- gelatin --- thin aluminum plate --- magnesium alloys --- LPSO phase --- cellular metal --- composite structure --- unidirectional cellular metal --- explosive compaction --- high-energy-rate forming --- tantalum/copper/stainless steel clads --- severe plastic deformation --- SEM/EBSD --- microhardness --- magnetic pulse welding --- dissimilar metals --- surface preparation --- interface --- aluminum --- carbon steel --- stainless steel --- collision welding --- pressure welding --- process glare --- jet --- cloud of particles --- shock compression --- surface roughness --- collision conditions --- model test rig --- welding mechanisms


Book
Recent Developments in Non-conventional Welding of Materials
Authors: ---
Year: 2022 Publisher: Basel MDPI - Multidisciplinary Digital Publishing Institute

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Abstract

Welding is a technological field that has some of the greatest impact on many industries, such as automotive, aerospace, energy production, electronics, the health sector, etc. Welding technologies are currently used to connect the most diverse materials, from metallic alloys to polymers, composites, or even biological tissues. Despite the relevance and wide application of traditional welding technologies, these processes do not meet the demanding requirements of some industries. This has driven strong research efforts in the field of non-conventional welding processes. This Special Issue presents a sample of the most recent developments in the non-conventional welding of materials, which will drive the design of future industrial solutions with increased efficiency and sustainability.


Book
Impact Welding of Materials
Authors: --- ---
Year: 2021 Publisher: Basel, Switzerland MDPI - Multidisciplinary Digital Publishing Institute

Loading...
Export citation

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Bookmark

Abstract

Recent industrial criteria increasingly require the production of multi-material components. However, the manufacturing requirements of these components are not met by conventional welding techniques. Alternative solid-state technologies, such as impact-based processes, must be considered. The impact welding family is composed of several processes, such as explosion welding, magnetic pulse welding, vaporizing foil actuator welding, and laser impact welding. These processes present very different length scales, providing the impact welding family with a broad applicability range. A sample of the cutting-edge research that is being conducted on the multidisciplinary field of impact welding is presented in this book.


Book
Impact Welding of Materials
Authors: --- ---
Year: 2021 Publisher: Basel, Switzerland MDPI - Multidisciplinary Digital Publishing Institute

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Bookmark

Abstract

Recent industrial criteria increasingly require the production of multi-material components. However, the manufacturing requirements of these components are not met by conventional welding techniques. Alternative solid-state technologies, such as impact-based processes, must be considered. The impact welding family is composed of several processes, such as explosion welding, magnetic pulse welding, vaporizing foil actuator welding, and laser impact welding. These processes present very different length scales, providing the impact welding family with a broad applicability range. A sample of the cutting-edge research that is being conducted on the multidisciplinary field of impact welding is presented in this book.


Book
Recent Developments in Non-conventional Welding of Materials
Authors: ---
Year: 2022 Publisher: Basel MDPI - Multidisciplinary Digital Publishing Institute

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Bookmark

Abstract

Welding is a technological field that has some of the greatest impact on many industries, such as automotive, aerospace, energy production, electronics, the health sector, etc. Welding technologies are currently used to connect the most diverse materials, from metallic alloys to polymers, composites, or even biological tissues. Despite the relevance and wide application of traditional welding technologies, these processes do not meet the demanding requirements of some industries. This has driven strong research efforts in the field of non-conventional welding processes. This Special Issue presents a sample of the most recent developments in the non-conventional welding of materials, which will drive the design of future industrial solutions with increased efficiency and sustainability.


Book
Advanced Welding Technology in Metals
Authors: ---
ISBN: 3036556761 3036556753 Year: 2022 Publisher: Basel MDPI - Multidisciplinary Digital Publishing Institute

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Abstract

Welding is widely used by both academia and industry to create similar and dissimilar joints aiming to create a complex shape structure and to couple the mechanical properties of different materials into a single monolithic structure. In this book, a collection of peer-reviewed works on the welding of advanced engineering alloys is presented. Both solid-state and fusion-based welding technologies are presented. These works employed advanced microstructure characterization to evaluate how the selection of process parameters impacts the microstructure and mechanical properties of the welded joints. Moreover, three comprehensive review works are also included, providing an in-depth overview of distinct topics. We hope that this collection of works is of interest to the community so that welding technologies continue to grow further in the future.

Keywords

Technology: general issues --- History of engineering & technology --- friction stir welding --- dissimilar metals --- temperature --- process conditions --- guidelines --- resistance heat-assisted ultrasonic welding --- mechanical properties --- fracture morphology --- intermetallic compounds --- microstructure --- double-pulsed --- robot operation --- fuzzy comprehensive evaluation --- orthogonal experimental design --- short-circuiting gas metal arc welding --- waveform control method --- weld pool oscillation and flow --- high speed photograph --- image processing --- continuous wavelet transform --- K-TIG --- heat input --- weld formation --- tensile properties --- welding procedure optimisation --- tungsten inert gas welding --- friction stir processing --- dissimilar aluminium alloys joints --- dissimilar metal joints --- welding --- high entropy alloys --- laser welding --- review --- tensile strength --- flexural strength --- dissimilar aluminium alloys --- numerical finite-element modeling --- analytical Rosenthal equation --- thermal regime --- AA5456 --- aluminum alloy --- fiber laser-MIG hybrid --- CMT --- MIG --- hybrid joints --- hardness --- ASTM A553-1 (9% nickel steel) --- penetration shape --- Bead on Plate (BOP) --- pulsed GMAW --- droplet transfer --- weld bead formation --- droplet impact force --- double-pulsed gas metal arc welding (DP-GMAW) --- droplet impingement pressure --- weld pool oscillation --- grain refinement --- constitutional supercooling --- deep neural network --- high strength steel --- laser beam welding --- penetration --- quality assessment --- spectrometer --- welding seam root --- metal flow behavior --- root flaw --- pin length --- Incomplete penetration --- weak connection --- real time --- infrared thermography --- camera --- microhardness --- plasma arc welding --- hot wire --- laser oscillating welding --- high temperature titanium alloy --- laser impact welding --- interfacial bonding mechanism --- interface wave --- diffusion --- TA1/Q235B composite sheets --- rolling temperature --- explosive welding --- microstructures --- dissimilar welding --- aluminum --- fracture --- friction welding --- Ti-6Al-4V --- nitinol --- intermetallic compound --- fractography --- dissimilar metal joining --- dissimilar friction stir welding --- AA2024-T4/AA7075-T6Al alloys --- t-butt joints --- microstructure evaluation --- EBSD --- fracture surfaces --- texture --- investment casting --- alloy 718 --- hot cracking mechanism --- Varestraint test

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