IDI Composites International’s Post

There needs to be a transition point between circular motion and linear motion between the connecting rod and the slider. There are roughly two types of mechanisms in their design, one is spherical and the other is cylindrical, which converts circular motion into linear motion of the slider. The punch press applies pressure to the material, causing it to undergo plastic deformation and achieve the required shape and accuracy. Therefore, a set of molds (divided into upper and lower molds) must be used to place the material between them, and the machine applies pressure to deform it. The reaction force caused by the force applied to the material during processing is absorbed by the punch press mechanical body.

Overall opinion. When a viscous fluid is discharged through the interior of a vessel in which a plurality of guides having a convex or concave shape and a non-smooth inner surface are spirally engraved, the fluid adjacent to the guide is discharged while rotating along the guide, and the fluid discharged at a certain distance from the guide is also affected by the rotational motion of the fluid adjacent to the guide and can be seen to be discharged in a spiral shape overall. In addition, the rotational motion created by the guide at the neck entry part where the cross-sectional area decreases continues even if the guide is not created in the neck where the cross-sectional area is narrowed while passing through the neck. Even if the original intention was not to induce the internal rotational motion by creating the spiral protrusions on the outer surface in terms of design, the small-sized spiral protrusions created during the manufacturing process can be said to induce rotational flow, although there may be a difference in strength.

Overall opinion. When a viscous fluid is discharged through the interior of a vessel in which a plurality of guides having a convex or concave shape and a non-smooth inner surface are spirally engraved, the fluid adjacent to the guide is discharged while rotating along the guide, and the fluid discharged at a certain distance from the guide is also affected by the rotational motion of the fluid adjacent to the guide and can be seen to be discharged in a spiral shape overall. In addition, the rotational motion created by the guide at the neck entry part where the cross-sectional area decreases continues even if the guide is not created in the neck where the cross-sectional area is narrowed while passing through the neck. Even if the original intention was not to induce the internal rotational motion by creating the spiral protrusions on the outer surface in terms of design, the small-sized spiral protrusions created during the manufacturing process can be said to induce rotational flow, although there may be a difference in strength.

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Conclusion. When a viscous fluid is discharged through the interior of a vessel in which a plurality of guides having a convex or concave shape and a non-smooth inner surface are spirally engraved, the fluid adjacent to the guide is discharged while rotating along the guide, and the fluid discharged at a certain distance from the guide is also affected by the rotational motion of the fluid adjacent to the guide and can be seen to be discharged in a spiral shape overall. In addition, the rotational motion created by the guide at the neck entry part where the cross-sectional area decreases continues even if the guide is not created in the neck where the cross-sectional area is narrowed while passing through the neck. Even if the original intention was not to induce the internal rotational motion by creating the spiral protrusions on the outer surface in terms of design, the small-sized spiral protrusions created during the manufacturing process can be said to induce rotational flow, although there may be a difference in strength.

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Revolutionize Your Designs with Laird Technologies Microwave Absorbing Foam Looking for a lightweight, customizable solution to enhance electromagnetic performance? Laird’s Microwave Absorbing Foam offers cutting-edge broadband absorption in a versatile design, tailored to your needs. Key Features & Benefits: - Lightweight construction: Reduce weight in sensitive systems without compromising on performance. - 3D formability: Easily molded, machined, or bonded into complex shapes and components. - Outdoor-ready: Structural broadband foam option with closed-cell rigid polyurethane for robust outdoor applications. - High-performance absorption: Perfect for improving antenna patterns, radomes, and more, whether enclosed or exposed. Explore how this innovative material can redefine your designs and applications. Learn more here: https://lnkd.in/dhwcghw5 #Innovation #MicrowaveAbsorption #LightweightDesign #LairdTechnologies

Inductor SER2014 Series Assemblage design, sturdy structure. High inductance, high current, low magnetic loss, low ERS, small parasitic capacitance. Flat wire winding, achieve a low DCR. Temperature rise current and saturation current is less influenced by environment. Operating temperature: -25℃ ~125℃.

Composites 101: Honeycomb Cores Let’s get into the basics of ✨Honeycomb Cores✨ Honeycomb cores are lightweight, high-strength materials widely used in composite structures to enhance stiffness, reduce weight, and improve overall performance. These cores are made from materials such as aluminum, Nomex, carbon fiber, or thermoplastics, and feature a hexagonal cell structure that mimics the natural honeycomb patterns found in nature. This geometric configuration provides exceptional strength-to-weight ratios, making them a go-to choice for applications in aerospace, automotive, marine, and construction industries. This core type also offer additional benefits such as excellent energy absorption, thermal insulation, and vibration damping, which are essential for withstanding demanding operational environments. Their versatility allows them to be tailored to specific design requirements, whether in sandwich panels for aircraft interiors, lightweight car body components, or energy-efficient building materials. This combination of properties makes honeycomb cores an invaluable component in advanced composite material solutions. ✨Market Insights✨ (Source: https://lnkd.in/dsxXhiF9) Market Forecast: US$ 645.5 million in 2030 Market Drivers: 🔹Increase in production rates of key aircraft programs  🔹Increase in demand for high-speed metro trains 🔹Rebound in recreational fiberglass boat sales Follow us for your weekly dose of 'Composites 101' insights! #honeycomb #composites #lightweight #advancedmaterials #Composights

Double Row Angular Contact Ball Bearing The design of VXO double row angular contact ball bearings corresponds to two single-row angular contact ball bearings arranged back-to-back. Double-row ball bearings have lower load capacities compared to single-row bearings because they accommodate fewer balls per row. However, this bearing type can support radial, moment, and bi-directional axial loads. https://lnkd.in/gWyCZcxX