Application of a double linear damage rule to cumulative fatigue.
Double linear damage rule used in conjunction with crack initiation and propagation equations, applied to cumulative fatigue damage
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Double linear damage rule used in conjunction with crack initiation and propagation equations, applied to cumulative fatigue damage
CIRCS is modification of IBSNAP Circuit Analysis Program, for use on smaller systems. This data processing system retains the basic dc, transient analysis, and FORTRAN 2 formats. It can be used on the IBM 1620/1311 Monitor I Mod 5 system, and solves a linear network containing 15 nodes and 45 branches.
Digital computer programs determine steady-state performance characteristics of active and passive linear circuits. The ac analysis program solves the basic circuit parameters. The compiler program solves these circuit parameters and in addition provides a more versatile program by allowing the user to perform mathematical and logical operations.
Cardiotachometer detects and displays the human heart rate during physiological studies. It provides linear response to the heart rate, records heart rate during rest and under heavy stress, provides a beat-to-beat indication of changes in heart rate, and is relatively free of interfering signals from activities other than the heart rate.
Synthesis of linear, double-chain, ladder polymers from substituted tetraphosphonitriles
Synthesis of linear, double-chain ladder polymers from substituted tetraphosphonitriles
Thermodynamic approach to fatigue failure in linearly viscoelastic materials
Existence of certain linear approximations within chebyshev norm
Synthesis of linear, double chain ladder polymers from substituted tetraphosphonitriles
Ion and electron conservation equations used in analysis of instability of linear Hall current accelerator
Symmetric formulation of linear theory of viscoelastic materials - creep compliance and stressing viscosity, retardation fluidity and relaxation modulus, and basic operators
Angular and linear acceleration effects influence upon cupula with resulting changes in human nystagmus - central converging otolithic influence upon cupula
Nystagmus response to linear and angular accelerations
Modification of rotational responses by concomitant linear acceleration
Synthesis of linear, double chain, ladder polymers from substituted tetraphosphonitriles
Integral differential equations of plates whose materials exhibit linear rheological relationships
Strain components on middle surface of thin shells determined by variational principles of linear moment theory