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The article focuses on the importance of material characterization in achieving successful molding simulation. It discusses the challenges of obtaining accurate material data and the impact of different characterization levels on simulation results and the article emphasizes the need for high-quality material data and provides insights into material testing resources and the significance of measured data in improving simulation accuracy.

The article discusses Saint-Gobain's expansion into ceramic matrix composites (CMC) through its new division, Saint-Gobain Advanced Ceramic Composites (ACC), focusing on quartz and alumina oxide fibers. It highlights their historical expertise in quartz fibers, recent advancements in alumina fiber production, and their strategic partnerships to meet increasing demand in aerospace and industrial applications, emphasizing high-performance and cost-effective solutions in the CMC market.

The article focuses on mechanical properties and design software techniques reveal the benefits of a modified high thermal conductivity metal powder for 3D printing in moldmaking. It mentions few factors to consider when evaluating metal powders for conformally cooled molds and alloying elements in the steel determine a material's thermal conductivity. It also mentions powder's development also involved improving its flow rate properties.

The article evaluates the NeoGraf's Graf-X line of graphene nanoplatelets and precursors.

The article focuses on the challenges and techniques of thermoforming rigid foam core sheets. It addresses the difficulties posed by the low heat transfer coefficient and high insulation values of these materials, which complicate uniform heating and forming, particularly for thicker sheets. It highlights various thermoformable foam materials with specific temperature guidelines, and reviews different forming methods including hot creep forming, vacuum forming, and compression molding.

The article reports on the material database created by Coatmaster AG for the noncontact coating thickness gauge Coatmaster Flex, which enables calibration-free and m-accurate coating thickness measurement of Axalta powder coatings on metallic substrates.

The article focuses on the use of composites-reinforced concrete, specifically Metromont's C-GRID-reinforced insulated precast concrete panels, in sustainable data center construction. Topics include the increasing demand for data centers driven by internet connectivity and the need for improved sustainability in data center design and operation; and the benefits of using carbon fiber-reinforced panels for thermal performance, strength, and durability in the construction process.

The article focuses on the challenges of global mold management and how Johnson & Johnson's mold portfolio manager Bob VanCoillie is addressing these challenges by adopting Industry 4.0 and Industrial Internet of Things (IIoT) concepts. The article outlines five challenges presented by Original Equipment Manufacturer management and explains how embracing IIoT and Industry 4.0 can help overcome these challenges.

The article focuses on the use of vacuum bagging materials in advanced composites manufacturing, with topics including release layers, filter layers, and breather layers. It mentions each layer serves a specific function necessary for different processing methods, and understanding these materials can help users design effective vacuum bagging schedules for production and repair applications.

The article focuses on the challenges of achieving proper curing in thermoset composite materials and the potential consequences of inadequate curing. Topics include the importance of determining the appropriate cure time and temperature for different types of materials; and using real-time assessment and dynamic mechanical analysis (DMA) to ensure optimal curing; and the benefits of employing material state management (MSM) software and equipment to improve production efficiency.

The article traces the history of polymeric materials. Topics discussed include the discovery of the chemistry that allows for the process of crosslinking using a material like styrene monomer or vinyl acetate to create a thermosetting material, the introduction of the vinyl monomer styrene as a crosslinking agent and the commercialization of styrene at the start of World War II.

The article presents information related to the engineering thermoplastic material polyphenylene oxide (PPO), which was commercially introduced in 1960s. Topics include the miscibility of PPO with the high-impact polystyrene (HIPS), the history of Noryl product line of GE Plastics, and problems associated with the increase in viscosity of PPO/HIPS materials.

The article discusses the history of polymeric materials and their commercial development. It describes the company Rohm & Haas, the chemical industry, and various polymeric inventions including Plexiglas, polymerizing methyl methacrylate material between sheets of glass, polycarbonate, and polymerizing the acrylic ester material between panes of glass.

The article reports that the injection molding simulation software, such as Moldex-D, is collaborating with additive manufacturing technology supplier Fortify to optimize the process for printed tooling, particularly beneficial for short-run quantities where defect-free parts are crucial.

The article offers information on history of polymeric materials. It mentions that Aliphatic structures tend to have greater molecular mobility than aromatic rings and are consequently often associated with lower-performing materials such as polyethylene and polypropylene. It discusses that higher levels of crystallinity also provide for superior long-term mechanical performance.

The article provides information on several product innovations for the finishing industry , including the Envirocron Primeron primer powder portfolio from PPG, NPT HollowStream liquid atomizing spray nozzle from Exair, and Metal Guard 900 solvent-based rust prevention solution from Hubbard-Hall.

In this article, author discusses about the history of polymeric materials. It mentions about the efforts of developing chemistries that maximize molecular stiffness represent an approach for extending the heat resistance of plastic materials. It mentions the research in polymerizing phenols, chemicals that had a structure that could significantly increase upper temperature limits.