On the concept of transmissibility for randomly excited elastic structures.
Transmissibility defined to indicate structural response to discrete frequency vibration excitation in elastic structure
DYNAMIC RESPONSE↗
SEARCH · Engineering Papers
Results for “RANDOMNESS”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Determination of the survival probability of a launch vehicle rising through a random wind field
Survival probability of rising launch vehicle subjected to wind shear loads - statistical load survey method, and wind profile analyses for design considerations
STATISTICAL PROBABILITY↗
The optimization of a relay controlled system subjected to random disturbances
Optimization of relay control system disturbed by Gaussian noise of known spectral density
RELAY↗
Experiments with digital computer simulations of pseudo-random noise generators.
Digital computer simulations of pseudorandom noise generators, determining empirical sum distribution approximation of binomial variable
SUM↗
Prediction and validation of random vibration responses of Mars Pathfinder spacecraft due to acoustic launch load using statistical energy analysis
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random vibration acoustics statistical energy anal↗
Verification of Force and Acceleration Specifications for Random Vibration Tests of Spacecraft Equipment
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Cassini Cassini development test model random vibr↗
Resampled random processes in gravitational-wave data analysis
To detect a continuous gravitational-wave signal it is necessary to take into account the motion of the detector with respect to the solar system barycenter.
gravitational waves data analysis random processes↗
Mass Loaded Support Structures Random Vibration Predictions
No abstract available
mass loaded components↗
Challenges in Random Vibration Qualification Testing of Structures Behaving Nonlinearly
No abstract available
Cone Clutch Assembly (CCA)↗
A Review of Mass-Loaded Support Structures Random Vibration Prediction Methodologies
No abstract available
Mass Loaded Random Vibration↗
Two Problems in Applied Stochastic Processes: Scaling Limits of the Multiple Range in 1D Random Walk and Uncertainty Quantification in Satellite Imagery
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97 MATHEMATICS AND COMPUTING↗
Low-rank solution of an optimal control problem constrained by random Navier-Stokes equations
Not provided.
Computer Science↗
Group sequential design for randomized trials using “first hitting time” model
Not provided.
Mathematical & Computational Biology↗
A Proposed Standard Random Vibration Environment for BARC and the Boundary Condition Challenge.
Abstract not provided.
Schultz, Ryan↗
Adaptive Randomized Sketching for Dynamic Nonsmooth Optimization.
Abstract not provided.
Baraldi, Robert↗
A model of randomly-coupled Pauli spins
Abstract We construct a model of Pauli spin operators with all-to-all 4-local interactions by replacing Majorana fermions in the SYK model with spin operators. Equivalently, we replace fermions with hard-core bosons. We study this model numerically and compare the properties with those of the SYK model. We observe a striking quantitative coincidence between the spin model and the SYK model, which suggests that this spin model is strongly chaotic and, perhaps, can play some role in holography. We also discuss the path-integral approach with multi-local fields and the possibility of quantum simulations. This model may be an interesting target for quantum simulations because Pauli spins are easier to implement than fermions on qubit-based quantum devices.
Physics↗