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Supplier: IHS Product Design
Description: DESIGN ISSUES IN THE USE OF ELASTOMERS IN AUTOMOTIVE TUNED MASS DAMPERSShow More
Supplier: ASTM International
Description: variation. Honing tool and workpiece were assumed as a second-order system, i.e., a spring, mass and damper system in the modeling and analysis.Show More
Supplier: ASME Training & Development
Description: systems, rotating equipment, their supports and foundations, vibration absorbers (tuned mass dampers), vibration isolators, shock loads and shock spectra, earthquakes, transportation vibrations, fl ow-induced vibrations and vibration monitoring are all discussed. How to benchmark analytical results
- Type: Course
- Modality: Off Site (Conference / Seminar)
- Industry: Building / Construction, Nuclear / Utility
- Technology / Subject: Vibration & Shock
Supplier: Mars Metal Company
Description: such as dancing, aerobics, chanting or cheering Even the wind which can cause buildings to sway. These vibrations can generate unwanted structure-borne sound, and in severe cases can cause damage to the structure itself. Dampers can have several forms: seismic isolation dampers; tuned mass dampers
- Weight Types: Inertial (Damper, Flywheel) Weight
- Shape: Hook Weight
- Materials: Lead
Supplier: IHS ESDU
Description: so that the designer can assess rapidly the potential of each method for a particular application. The techniques covered include mass reduction of the links, dyad addition, addition of springs and dampers, use of a torsional-vibration isolator and use of a flywheel (which does not reduce peakShow More
Standards and Technical Documents - NOX Reduction On Coal-Fired Units Utilizing Combustion Airflow Measurement And Control - POWID 2007
Description: coal flow measurement to adjust air to fuel ratios. For the Lee 3 project, the DCS was also modified to allow control of mass flow of air to each overfire air port as well as air to fuel ratio control of each burner. This was accomplished by utilizing the burner secondary air disk to control burnerShow More
Description: This specification with damping over the complete stroke contains only oil. Due to the construction, there will be a small slip when the piston rod is pulled out. The push-in and push-out speed – i. e. the effective slowing down (motion control) of the movement of a mass – can
- Absorber Stroke: 0.3937 to 39.37 inch
- Cylinder Diameter or Maximum Width: 0.3150 to 2.76 inch
- Rod Diameter: 0.1181 to 1.18 inch
- Mounting: Ball and Socket, Clevis, Eyelet, Threaded, Other
Supplier: Vibrant Technology, Inc.
Description: Includes the VT-560 Visual SDM Pro package plus VES-9000 Finite Element Model Updating Options. This package finds the 10 Best solutions that update properties of an FEA model so that its modes more closely match a set of experimental modes. Property changes include mass, spring, and damper changesShow More
Supplier: MAYA Heat Transfer Technologies Limited
Description: ) Thin shell (SHELL63/93/91/99/181) Solid elements (SOLID45/92/95/186/187/191 SOLSH190) Surface-to-Surface Contact elements (CONTA174/ TARGE170) Rigid, constraint, spring, damper, gap and mass elements (CP, CE, CERIG, MPC184, COMBIN14, COMBIN40, CONTAC12, CONTAC52, MASS21) Pretension elementsShow More
Supplier: Servoflo Corporation
Description: The PMF1000 Series mass flow sensor is a passive device comprised of POSIFA's robust and high-performance thermal flow die, a ceramic substrate, and a flow path housing supporting air flow ranges from 10 sccm to 3000 sccm, bi-directional. The PFM1000 series is designed for customers who want
- Mounting: Fixtured or Permanent
- Air Volumetric Flow: Yes
- Technology Type: Thermal Anemometer
- Air Volume Flow Rate Range: 3.53E-4 to 0.1059 SCFM
Supplier: U.S. Dynamics Corporation
Description: construction. Its principal components include a motor, signal generator, torque generator and viscous damper. The symmetrical synchronous hysteresis type motor is isoelastically mounted within a hermetically sealed float which rotates on jeweled bearings. The 416 employs a dualsyn, a combination
- Type: Spinning Mass
- Angular / Rotary Axes: Uniaxial
- Angular Rate Range: 20 rpm
- Linearity: 1 ±% Full Scale
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Energy Absorption Technology for Transportation
Products using Kyntec technologies are installed around the world, providing safety and security wherever mass is in motion. From rail couplers, end-of way stops, door dampers on sophisticated trains to safety stops, camera and detection mounting systems on harbor cranes, from aircraft luggage bins, seats, to security cameras in subway stations, Kyntec solves motion control challenges in the most demanding of transportation applications. (read more)
Browse Shock Absorbers, Linear Dampers, and Dashpots Datasheets for KYNTEC Corporation
ITT Enidine Inc.
Turnstile Shock Absorber Applications
over a long period of time delivering energy absorption to the turnstile mechanism. (view article on line here: http://www.enidine.com/News/Product-Spotlight/Turnstile-Applications/ ). During development of a wheelchair accessible variation of a turnstile it was discovered that the shock absorber did not provide enough resistance to the increased mass and forces being applied during its operation. The gear train is common with the standard turnstile, so redesigning the unit for a larger type... (read more)
Browse Shock Absorbers, Linear Dampers, and Dashpots Datasheets for ITT Enidine Inc.
Conduct Research Top
Whole lot of shakin' goin' on
, there is relative motion when the frequency of a noise source coincides with a mechanical resonance. The amount of relative motion depends on the input noise level and the mechanical gain or amplification at resonance. The mechanical structure can be modeled as a second-order, mass-damper-spring
Spend Your Time Engineering, Not on Differential Equations
with something as simple as a spring-mass-damper system, for example, users must draw the free body diagram and then generate the governing equations between the physical components. Next, users must derive the differential equations for the system, convert them to integral form, and, finally, break
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Fig. 4.105 a Linear graph of a mass damper system with dampers, b1 and b2 , in series. b Linear graph of the equivalent system with a single equivalent damper in place series dampers, .
Structural Motion Engineering
Topics covered include optimal stiffness distributions for building-type structures, the role of damping in controlling motion, tuned mass dampers , base isolation systems, linear control, and nonlinear control.
Real time tuned mass damper simulation system .
Dynamic Range Implications for the Effectiveness of Semi-Active Tuned Mass Dampers .
Advances in Structural Engineering
Shape Memory Alloy-Tuned Mass Damper (SMA-TMD) for Seismic Vibration Control . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
The special theory of the tuned mass damper has been given a comprehensive treatment, as this is a theory not fully covered elsewhere.
Most passive damping techniques increase ground transmission at high frequency, but tuned- mass dampers are decoupled from the ground.
1.2.2 Advantages and Disadvantages 1.3 Tuned Mass Dampers ..........
Design of Multi-Degree-of-Freedom Tuned- Mass Dampers using Perturbation Techniques .
Effects of a Tuned Mass Damper on Wind-Induced Motions in Tall Buildings .
Wind Turbine Control and Monitoring
Tuned mass damper and tuned liquid column damper are used to reduce the resonant tower vibrations induced by the soil-structure interaction and eventual seismic excitation, and thus to improve the fatigue life of wind turbines.
Topics in Dynamics of Civil Structures, Volume 4
Employing Hybrid Tuned Mass Damper to Solve Off-Tuning Problems for Controlling Human Induced Vibration in Stadia ..........................................................................................