Time-dependent mechanical strength of oriented media.
Time dependent theory of mechanical strength of homogeneous and partially oriented and stressed media based on microscopic molecular structure
Hsiao, C. C.↗
Engineering topics
Moghe, S. R.
Publications and source records attributed to Moghe, S. R..
On some mixed boundary value problems for spherically isotropic elastic media
Boundary value problems for spherically isotropic elastic media solved in terms of infinite series
Moghe, S. R.↗
Influence of reforming processes on the fracture strength of solids.
Reformation processes effect on stress-time-to- fracture behavior of solids, considering governing differential equation
FRACTURE TOUGHNESS↗
Time dependent mechanical strength of oriented media
Time dependent mechanical strength of fully oriented solids
FRACTURE MECHANICS↗
Anisotropic relaxation functions and strength of oriented solids.
Mechanical properties of high polymer solid in terms of microbehavior as result of deformation and orientation, expressing anisotropic relaxation function as time dependent function
RELAXATION TIME↗
Internal fracture caused by focusing of explosive waves.
Internal fracture of spheroids caused by focusing explosive waves
FRACTURE↗
Theoretical Consideration of the Influence of Reforming Processes on the Fracture Strength of Solids Technical Report No. 105
Reformation processes effect on stress time-to- fracture behavior of solids
FRACTURE RESISTANCE↗
Anisotropic Relaxation Functions and Strength of Oriented Solids Technical Report No. 106
Anisotropic relaxation functions and strength of oriented solids
MECHANICAL PROPERTY↗
Theory of time dependent mechanical breakdown of oriented media Technical report no. 104
Time dependent nature of mechanical breakdown of oriented and stressed solids
TENSILE STRESS↗
On internal fracture of solids.
Internal fracture of solids analyzing initiation by converging tensile pulses in prolate spheroid and crack propagation in infinite solid
FRACTURE MECHANICS↗
Internal fracture caused by focusing of explosive waves
Internal fracture caused by focusing of explosive waves
DETONATION WAVE↗
On Internal Fracture of Solids
Initiation and propagation of internal fracture in solids
INTERNAL STRESS↗
Stress analysis of an anisotropic viscoelastic hollow cylinder
Stress analysis of anisotropic viscoelastic cylindrical shell
ANISOTROPIC SHELL↗