Products & ServicesSee also: Categories | Featured Products | Technical Articles | More Information
Supplier: IHS Product Design
Description: HYDRODYNAMIC RESPONSE OF FLUID COUPLED CYLINDERS: SIMPLIFIED DAMPING AND INERTIA COEFFICIENTS
Supplier: ASTM International
Description: of an electromagnetic model to describe the back emf effect. This approach simplifies the problem by modeling the back emf in terms of an equipment spring constant (keq) and an equipment viscous damping coefficient (ceq). The electromagnetic model consists of four parameters. The method used to measure
Standards and Technical Documents - The response of two-degree-of-freedom systems (computer program). -- 82037Supplier: IHS ESDU
Description: coordinates and which can be described by two second-order constant coefficient differential equations. The independent coordinates are the dependent variables of the system. An applied input forcing function is allowed for each second-order equation and to ease program input one of six possible
Supplier: Advanced Antivibration Components - AAC
Description: FEATURES: • Easy peel and stick application. • Nonstaining and nonmarring. • High coefficient of friction. • Superb resistance to skidding. • Vibration and shock damping. • Crack-resistant and resilient. • Low abrasion. • UL recognized components. • Shelf
Supplier: Habasit America
Description: elevator belt; Conveyor belt; Cutter belt; General conveying belt; Magnetic conveyor belt; Metal and plastic parts; Power turn belt; Stamping belt Special Features: Abrasion resistant on both sides; Abrasion resistant; Adhesive-free joint; Cut resistant; Damping behavior; Edges wear resistant
- Application / Media: General Purpose, Manufacturing / Fabrication, Packaging, Pulp & Paper
- Primary Belt Material: Polyester
- Belt Thickness: 0.2205 inch
- Belt Width: 60 to 78.74 inch
Supplier: Acoustics First Corporation
Description: Composite foams combine BlockAid® Barrier, acoustical foam (either Polyurethane or FireFlex™) and a ¼" Foam/Barrier Decoupler. Composite Foam is used when you need increased noise absorption, sound transmission loss and/or vibration damping. Composite foams can be used to create
- Foam Type: Closed Cellular
- Form / Shape: Stock Shape (Bar, Sheet, etc.), Board / Block / Bun
- Material / Composition: Plastic / Polymer
- Polymer / Chemical System: Polyurethane
Supplier: Franklin Fibre-Lamitex Corporation
Description: 6/6 Nylon is a superior performer. Of all the unmodified nylons, it has the highest melting point, is the strongest, and most rigid. Because of its toughness, combined with an excellent low friction coefficient and good abrasion resistance. Nylon can replace a wide variety of vastly different
- Chemical / Polymer System Type: Polyamide / Nylon
- Filler Material: Fiber Glass
- Form / Shape: Flat / Bar Stock, Plate, Rod / Round Stock, Hex Stock
- Hollow / Tubular Stock: Yes
Find Suppliers by Category Top
Featured Products for Damping Coefficient Top
ITT Enidine Inc.
Jarret Series Industrial Shock Absorbers
The design of Jarret Series Industrial Shock Absorber utilizes the unique compression and shear characteristics of specially formulated silicone elastomers. These characteristics allow the energy absorption and return spring functions to be combined into a single unit without the need for an additional gas or mechanical spring stroke return mechanism. Simple design. High reliability. High damping coefficient. Low sensitivity to temperature variances. Our Jarret products are used... (read more)
Browse Shock Absorbers, Linear Dampers, and Dashpots Datasheets for ITT Enidine Inc.
ERG Materials & Aerospace Corporation
Duocel® Windscreens and Protective Covers
reasons, others are produced, like composites, for technical purposes to combine the best characteristics of two or more materials. . Effects of Base Material - The properties of the base material is what determines all of the physical properties of the resulting foam such as melt temperature, specific heat, coefficient of thermal expansion, strut hardness, galvanic behavior, oxidation limits and chemical reactivity. In combination with the Relative Density parameter, the base... (read more)
Browse Foams and Foam Materials Datasheets for ERG Materials & Aerospace Corporation
Conduct Research Top
Use for time delay applications. Damping coefficient is almost always the primary determinant for applications where a specific time delay is required. Airpot > Damping Coefficient. Damping Coefficient. Use for time delay applications. Damping coefficient is almost always the primary determinant
Shifting Critical Speed Out of the Operating Range by Changing From Tilting Pad to Sleeve Bearings (.pdf)
One property of heavily to moderately loaded sleeve bearings is the resulting asymmetric stiffness and damping coefficients. These asymmetric properties often result in split first critical speeds. Since the horizontal stiffness is much softer than the vertical, a horizontal first critical speed
Shock, awe, and vibration
solutions) and solid elastic materials. That's because these so-called viscoelastic materials have a hybrid of qualities. Purely elastic materials store energy during loading then fully return when the load is removed. In contrast viscoelastic materials have a high damping coefficient that returns
Criteria for Power Transmission Couplings:
Power transmission couplings are widely used for modification of stiffness and damping in power transmission systems, both in torsion and in other directions (misalignment compensation). Technical literature on connecting couplings is scarce and is dominated by trade publications and commercial
Test Data for Kellett Enterprises LP-13 Vibration Isolation ¾" 50 Duro Pad (.pdf)
82169. Test Results: Specified. Specified. Overall. Neoprene. Damping. Frequency. Mean Level. Pressure. Displacement. Displacement. Coefficient. Hz. N. PSI. mm. %. N-Sec/mm. 10. 444.82. 25.00. 0.44. 3.49. 22.31. 10. 889.64. 50.00. 0.96. 7.59. 18.46. 10. 1334.47. 75.00. 1.92. 15.12. 19.91. 10. 1779.29
Test Data for Kellett Enterprises LP-13 Vibration Isolation ¾" 70 Duro
Results: Specified. Specified. Mean. Overall. Neoprene. Damping. Frequency. Level. Pressure. Displacement. Displacement. Coefficient. Hz. N. PSI. mm. %. N-Sec/mm. 10. 444.82. 25.00. 0.18. 1.40. 63.69. 10. 889.64. 50.00. 0.27. 2.14. 65.15. 10. 1334.47. 75.00. 0.38. 3.00. 67.13. 10. 1779.29. 100.00. 0.51
Test Data for Kellett Enterprises LP-13 Vibration Isolation 3/8 70 Duro Pad (.pdf)
. Test Results: Specified Specified Mean. Overall. Neoprene. Damping. Frequency. Level. Pressure. Displacement. Displacement. Coefficient. Hz. N. PSI. mm. %. N-Sec/mm. 10. 444.82. 25.00. 0.17. 2.74. 35.67. 10. 889.64. 50.00. 0.24. 3.79. 57.46. 10. 1334.47. 75.00. 0.29. 4.62. 80.94. 10. 1779.29
Effective Measurements for Structural Dynamics Testing - Part I
of freedom system,. and the previously defined force, displacement, velocity, and acceleration terms are now b-. dimensional vectors. The mass, stiffness, and damping matrices contain all of the necessary mass, stiffness, and. damping coefficients such that the equations of mohon yield the correct time
More Information on: Damping Coefficient Top
Building Control with Passive Dampers: Optimal Performance-based Design for Earthquakes
Constantinou and Tadjbakhsh (1983) derived the optimum damping coefficient for a damper placed on the first story of a shear building subjected to horizontal random earthquake motions.
4-3 Comparison of estimated damping coefficient of the linear SDOF model with different levels of noise. . . . . . . . . . . . . . . . . . . . . . . .
The Shock Absorber Handbook 2nd Edition Complete Document
The Suda prototype successfully demonstrated appropriate characteristics with a damping coefficient around 1.6 kN s/m, and was tested with encouraging performance on the rear of a passenger car.
9.1b Comparison of Stiffness and Damping Coefficients : Symmetric Configuration.
Development of Hybrid Electromagnetic Dampers for Vehicle Suspension Systems
Electromagnetic dampers are used in active suspension systems, where the damping coefficient is controlled rapidly and reliably through electrical manipulations.
Journal of Spacecraft and Rockets > Prediction of the Pitch-Damping Coefficients Using Sacks's Relations
Journal of Spacecraft and Rockets > Prediction of the Pitch- Damping Coefficients Using Sacks's Relations .
Machinery Vibration and Rotordynamics
Notice that the denominator gets small when the exciting frequency ω is ωn (Eq. 1-1) unless the damping coefficient c is large.
Rotordynamics of Automotive Turbochargers
Therefore, the bearing stiffness and damping coefficients of change nonlinearly with the rotor speeds.