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  • Radial Shaft Seals
    operating parameters of radial shaft seals are based upon a basic design (Figure 1). A spring loaded radial lip is usually needed to retain oil or low viscosity fluids. The seal must then be correctly sized for the hardware. Figure 1. Basic seal design parameters. Surface Speed Radial seals
  • Ball Bearing Radial Play (Internal Clearance)
    At first glance, ball bearings are relatively simple mechanisms. However, an analysis of their internal geometries reveals that they are quite complex. For example, the ball to raceway conformity, the radial play, and the number of balls all impact the ability a ball bearing to support loads under
  • How to Maximize Retention of Spring Pins
    of Spring. Spring Pins will recover a portion of their pre-installed diameter. potential energy. The compressed. Pins: Coiled Pins (left) and. wherever they are unsupported by the host material. In. pin then exerts outward radial force. Slotted Pins (right). applications for alignment, it is recommended
  • SPRING PERFORMANCE - Processing Effects on Residual Stress
    . This process. is one of very few that can create a triaxial residual stress state, meaning that compressive residual stresses. are present in the longitudinal, transverse (hoop), and radial directions. While radial residual stresses may. not be significant to a spring manufacturer, the longitudinal
  • Durable Catalytic Converter Mounting with Protective and Support Seals (.pdf)
    and thermal profile. Axial and radial. axially or radially or by combination of both. forces, compression behavior and spring. The total mounting force provided by the. back curves are modeled. The design. mounting support is calculated from the radial. optimization criteria and material selection. force
  • Medical Device Link .
    . This relationship also applies to the static radial stress, if the stent graft is to ensure a sufficient sealing and migration safety on the anchoring zones in an aorta. Finite element analysis (FEA) using the hysteresis data of the NiTi wires, stent spring geometry and static and dynamic compression
  • Wire Mesh Support Systems for Low-Temperature Gasoline and Diesel Catalytic Converters (.pdf)
    pressure (fig.4) is calculated. Aspects such as operating temperature,. as a function of the radial force applied to a. dimensional tolerances, isostatic strength,. substrate’s lateral surface area (the friction. desired spring-back, oxidation and corrosion. equation) and is a multiple
  • How Rings Work
    is achievable within the same space envelope. Wave Compression. X = wave height - radial gap between components. X = wave height - (inner component OD - outer component ID). 2. Component tolerance is a major factor in spring force. Wave height varies with each ring configuration within limits

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