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  Powder and Granular Creep: Mechanisms, Testing, and Control

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  Powder and Granular Creep: Mechanisms, Testing, and Control

  3D printing, Aerospace Industry, Bulk Solids Characterization, Compaction, Feature Article, Flowability, Granules

Powder and Granular Creep: Mechanisms, Testing, and Control

Powder creep mechanisms occur in various ways; powders [...]

By Marcus Schmidt|2025-11-01T12:04:21+00:004 October 2025|Categories: 3D printing, Aerospace Industry, Bulk Solids Characterization, Compaction, Feature Article, Flowability, Granules|Tags: acoustic emission, additive manufacturing, aging heat treatment, APS, bond coat, bulk density drift, Coble creep, diffusion creep, digital image correlation, dislocation creep, EB-PVD, gamma prime precipitates, gas-atomized powder, grain boundary sliding, grain size effect, granular creep, HIP, hopper compaction, laser powder bed fusion, logarithmic strain, LVDT, Nabarro-Herring creep, Ni-base superalloys, one-dimensional compression, Orowan looping, porosity control, powder creep mechanisms, sintering, steady-state creep, thermal barrier coatings, turbine disks|0 Comments

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  Affordable Powders, Reliable Results: AI Monitoring in Metal Additive Manufacturing

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  Affordable Powders, Reliable Results: AI Monitoring in Metal Additive Manufacturing

  3D printing, Aerospace Industry, AI, Future, Insights, Metallurgy

Affordable Powders, Reliable Results: AI Monitoring in Metal Additive Manufacturing

AI monitoring in additive manufacturing makes affordable powders [...]

By Ethan Keller|2025-08-09T16:29:42+01:009 August 2025|Categories: 3D printing, Aerospace Industry, AI, Future, Insights, Metallurgy|Tags: additive manufacturing, AI monitoring, Industry 4.0, melt pool, metal powders, process control, Quality Control|0 Comments

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  Laser Spheroidization of Titanium Powders

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  Laser Spheroidization of Titanium Powders

  3D printing, Additives, Aerospace Industry, Feature Article, Flowability, Metallurgy

Laser Spheroidization of Titanium Powders

Laser spheroidization turns irregular titanium powders into dense, [...]

By Stephane Sloots|2025-08-02T18:46:04+01:002 August 2025|Categories: 3D printing, Additives, Aerospace Industry, Feature Article, Flowability, Metallurgy|Tags: additive manufacturing, Advanced Manufacturing, aerospace components, gas atomization, hybrid feedstocks, laser spheroidization, LPBF, Marangoni convection, medical implants, powder morphology, Powder Processing, Ti-6Al-4V, titanium powders|0 Comments

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  Case Study: Mitigating Spatter-Induced Powder Contamination in Laser-Powder-Bed-Fusion (LPBF) Production of Inconel 718 Aerospace Components

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  Case Study: Mitigating Spatter-Induced Powder Contamination in Laser-Powder-Bed-Fusion (LPBF) Production of Inconel 718 Aerospace Components

  3D printing, Aerospace Industry, Case studies, Dustiness, Metallurgy

Case Study: Mitigating Spatter-Induced Powder Contamination in Laser-Powder-Bed-Fusion (LPBF) Production of Inconel 718 Aerospace Components

LPBF spatter contamination mitigation - Treating spatter as [...]

By Stephane Sloots|2025-07-09T11:10:28+01:0017 May 2025|Categories: 3D printing, Aerospace Industry, Case studies, Dustiness, Metallurgy|0 Comments

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  Sustainable High Entropy Material Set to Reshape Advanced Manufacturing

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  Sustainable High Entropy Material Set to Reshape Advanced Manufacturing

  3D printing, Aerospace Industry, Metallurgy, News

Sustainable High Entropy Material Set to Reshape Advanced Manufacturing

High-Performance Alloys from Recycled Feedstocks: Sustainable High Entropy Powders [...]

By Stephane Sloots|2025-07-09T11:11:39+01:007 April 2025|Categories: 3D printing, Aerospace Industry, Metallurgy, News|Tags: 3D printing materials, additive manufacturing, Advanced Manufacturing, aerospace materials, Australian material innovation, circular economy, critical minerals, EntroMat, high entropy powders, medical alloys, metal powders for mining, powder metallurgy, recycled metal powders, sustainable powder technology, Swinburne University|0 Comments

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  Antimony in Modern Industry: From Ancient Alchemy to Advanced Applications

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  Antimony in Modern Industry: From Ancient Alchemy to Advanced Applications

  Aerospace Industry, Chemical Industry, Future, Geo-Politics, Metallurgy, Textiles Industry

Antimony in Modern Industry: From Ancient Alchemy to Advanced Applications

Table of Contents Antimony (Sb), number [...]

By Stephane Sloots|2025-07-09T11:12:52+01:009 March 2025|Categories: Aerospace Industry, Chemical Industry, Future, Geo-Politics, Metallurgy, Textiles Industry|Tags: antimony, antimony alloys, antimony analysis, antimony applications, antimony compounds, antimony future, antimony in aerospace, antimony in batteries, antimony in ceramics, antimony in construction, antimony in electronics, antimony in glass production, antimony in lubricants, antimony in metallurgy, antimony in military, antimony in photovoltaics, antimony in robotics, antimony in technology, antimony in textiles, antimony market, antimony metal, antimony processing, antimony refining, antimony sulfide, antimony testing, antimony trioxide, antimony uses, flame retardants, industrial antimony, modern industry|0 Comments

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  Powder Recyclability in Manufacturing: Sustainable Approaches

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  Powder Recyclability in Manufacturing: Sustainable Approaches

  Aerospace Industry, Insights, Metallurgy, powders, Sustainability

Powder Recyclability in Manufacturing: Sustainable Approaches

In today’s manufacturing environment, sustainability is not only a [...]

By Stephane Sloots|2025-07-09T11:12:59+01:0017 February 2025|Categories: Aerospace Industry, Insights, Metallurgy, powders, Sustainability|Tags: additive manufacturing, aerospace industry, circular economy, cost reduction, Environmental Impact, Manufacturing, material recycling, mechanical separation, powder metallurgy, Powder Processing, Powder recyclability, process monitoring, Quality Control, sustainability, thermal reconditioning|0 Comments

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  Powder Consolidation Techniques in Additive Manufacturing

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  Powder Consolidation Techniques in Additive Manufacturing

  3D printing, Aerospace Industry, Insights, Porosity, Thermal Properties

Powder Consolidation Techniques in Additive Manufacturing

Powder consolidation techniques are a cornerstone of additive manufacturing [...]

By Stephane Sloots|2025-07-09T11:14:15+01:0026 January 2025|Categories: 3D printing, Aerospace Industry, Insights, Porosity, Thermal Properties|Tags: 3d printing, additive manufacturing, AM process reliability, binder jetting, electron beam melting, hot isostatic pressing, laser powder bed fusion, material quality, Powder consolidation, powder densification, sintering|0 Comments

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  The Invisible Engine of Progress: How Powders Shape Modern Technology and the Future

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  The Invisible Engine of Progress: How Powders Shape Modern Technology and the Future

  Aerospace Industry, AI, Energy Industry, Feature Article, Future, Health care, Metallurgy, Pharmaceutical Industry, powders, Semi-Conductor Industry, Sustainability

The Invisible Engine of Progress: How Powders Shape Modern Technology and the Future

Technology, at its core, is the application of [...]

By Stephane Sloots|2025-07-09T11:14:16+01:0018 January 2025|Categories: Aerospace Industry, AI, Energy Industry, Feature Article, Future, Health care, Metallurgy, Pharmaceutical Industry, powders, Semi-Conductor Industry, Sustainability|Tags: advanced materials, Data-Driven Advancements, Engineering and Materials Science, Future of Technology, Hardware and Software Integration, industrial processes, Innovation in Technology, modern manufacturing, owder Technology, powder science|0 Comments

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  Processing Techniques Involving Liquids and Gases (Part 3)

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  Processing Techniques Involving Liquids and Gases (Part 3)

  3D printing, Aerospace Industry, Agglomaration, Chemical Industry, Coating, Cohesion, Crystallinity, Feature Article, Granules, Laboratory, Metallurgy, Pharmaceutical Industry, Pigments and Paints, powders, Spray-Drying, Sustainability, Textiles Industry, Viscosity

Processing Techniques Involving Liquids and Gases (Part 3)

Table of Contents: In this [...]

By Stephane Sloots|2025-07-09T11:14:57+01:008 December 2024|Categories: 3D printing, Aerospace Industry, Agglomaration, Chemical Industry, Coating, Cohesion, Crystallinity, Feature Article, Granules, Laboratory, Metallurgy, Pharmaceutical Industry, Pigments and Paints, powders, Spray-Drying, Sustainability, Textiles Industry, Viscosity|Tags: Advanced Manufacturing, Advanced Process Engineering, Atomization Explained, Atomization Techniques, Benefits of Granulation, Binder Selection in Granulation, Crystallization Process, Droplet Distribution, Fertilizer Production, Fine Chemicals, food production, Fuel Injection Systems, Granulation Methods, High-Purity Particle Formation, How Crystallization Works, Industrial Particle Technology, Industrial Processing Techniques, Liquid and Gas Processing, Metal Powder Production, Nozzle Design for Atomization, Optimizing Manufacturing Processes, particle formation, particle size control, Pharmaceuticals Manufacturing, Process Optimization, Spray Coating, Supersaturated Solutions|0 Comments

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