The continuum interpretation for fracture and adhesion.
Continuum fracture concept indicating essential surface energy interpretation difference in otherwise similar adhesive and cohesive failures
Williams, M. L.↗
Engineering topics
Williams, M. L.
Publications and source records attributed to Williams, M. L..
An analysis of adhesive debonding in case-bonded solid propellant rocket motors
Adhesive debonding in case-bonded solid propellant rocket motors, describing stress analysis and interfacial surface energy measurement
Kunio, T.↗
The kinetic energy contribution to fracture propagation in a linearly viscoelastic material.
Kinetic energy contribution to fracture propagation in uniformly loaded linearly viscoelastic material, using spherical or cylindrical flaw model for fracture
Williams, M. L.↗
Paramagnetic resonance effect in viscoelastic materials semiannual progress report, 1 jul. - 31 dec. 1967
Explore the source record for details and available documents.
De Vries, K. L.↗
An EPR investigation of newly formed fracture surfaces.
EPR investigation of free radicals formed during mechanical fracture and gamma irradiation, discussing recombination rate and reaction rate with oxygen
Devries, K. L.↗
The mechanics of fracture in viscoelastic media Semiannual progress report, May 1 - Oct. 31, 1967
Fracture mechanics in viscoelastic media
Jones, W. B., Jr.↗
An EPR investigation of newly-formed fracture surfaces
Electron paramagnetic resonance data on free radical formation during mechanical fracture and gamma irradiation of polymers
De Vries, K. L.↗
Cumulative damage in the mechanics of viscoelastic fracture
Kinetic energy of body fracture, and loading functions of fracture theory for linear viscoelastic bodies
Jones, W. B., Jr.↗
Fracture in viscoelastic media.
Viscoelastic fracture criterion derivation based on Griffith, showing crack initiation dependent on loading history
Williams, M. L.↗
Fatigue Failure in Linearly Viscoelastic Materials
Thermodynamic approach to fatigue failure in linearly viscoelastic materials
FATIGUE↗
Initiation and growth of viscoelastic fracture.
Griffith initiation criterion extended to fracture initiation and growth in viscoelastic materials using energy formulation
FRACTURE MECHANICS↗
Initiation and growth of viscoelastic fracture.
Fracture initiation and growth in linearly viscoelastic materials using energy formulation, establishing extension of Griffith initiation criterion
FRACTURE MECHANICS↗
Failure criteria for viscoelastic materials semiannual status report, 1 jan. - 30 jun. 1965
Structural failure criteria for viscoelastic materials
MATERIAL TESTING↗
Structural integrity of an ablating rocket subjected to axial acceleration.
Viscoelastic analysis of structural integrity of accelerated ablating rocket
SOLID PROPELLANT ROCKET ENGINE↗
THE STRUCTURAL ANALYSIS OF VISCOELASTIC MATERIALS
Engineering analysis of structural integrity of viscoelastic materials
VISCOELASTICITY↗
THE STRUCTURAL ANALYSIS OF VISCOELASTIC MATERIALS
Structural analysis of viscoelastic solid propellant grains
SOLID PROPELLANT↗
FAILURE CRITERIA FOR VISCOELASTIC MATERIALS.
Structural behaviour of viscoelastic materials application to failure criteria of solid- propellant rocket motor grains
PROPELLANT GRAIN↗