Doris Kuhlmann‐wilsdorf

Doris Kuhlmann‐wilsdorf's AcademicInfluence.com Rankings

Engineering

#3482

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#4569

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Metallurgy

#21

World Rank

#34

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Materials Science

#138

World Rank

#140

Historical Rank

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Engineering

Doris Kuhlmann‐wilsdorf's Degrees

PhD Metallurgy University of California, Berkeley

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Doris Kuhlmann‐wilsdorf's Published Works

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Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Overview no. 96: Evolution of F.C.C. deformation structures in polyslip (1992) (745)
Theory of plastic deformation: - properties of low energy dislocation structures (1989) (667)
Geometrically necessary, incidental and subgrain boundaries (1991) (379)
On surface stress and surface tension: II. Determination of the surface stress of gold (1968) (334)
Dislocation behavior in fatigue (1977) (270)
Low energy dislocation structures due to unidirectional deformation at low temperatures (1986) (260)
Dislocation behavior in fatigue II. Friction stress and back stress as inferred from an analysis of hysteresis loops (1979) (240)
On the Theory of Interfacial Energy and Elastic Strain of Epitaxial Overgrowths in Parallel Alignment on Single Crystal Substrates (1967) (234)
On surface stress and surface tension: I. Theoretical considerations (1968) (213)
Deformation structures in lightly rolled pure aluminium (1989) (177)
The theory of dislocation-based crystal plasticity (1999) (158)
Theory of dislocation cell sizes in deformed metals (1982) (155)
Theory of melting (1965) (148)
THE EFFECT OF PRESTRESSING ON THE STRENGTH OF NEUTRON‐IRRADIATED COPPER SINGLE CRYSTALS (1964) (144)
On the origin of dislocations (1958) (118)
Theory of workhardening 1934-1984 (1985) (118)
The surface structures of deformed aluminium, copper, silver and alpha-brass and their theoretical interpretation (1953) (114)
OVERVIEW No. 131“Regular” deformation bands (DBs) and the LEDS hypothesis (1999) (113)
Experimental and theoretical observations on the relationship between dislocation cell size, dislocation density, residual hardness, peak pressure and pulse duration in shock-loaded nickel (1978) (109)
The dynamic analysis of stick-slip motion (1994) (107)
Dislocation behavior in fatigue V: Breakdown of loop patches and formation of persistent slip bands and of dislocation cells (1980) (102)
On The Behavior of Thermal Vacancies in Pure Aluminum (1960) (100)
Dislocation cell formation and work hardening in the unidirectional glide of f.c.c. metals I: Basic theoretical analysis of cell walls parallel to the primary glide plane in early stage II (1983) (95)
Microstructural evolution in rolled aluminium (1992) (81)
Dislocation behavior in fatigue IV. Quantitative interpretation of friction stress and back stress derived from hysteresis loops (1979) (74)
LEDS: Properties and effects of low energy dislocation structures (1987) (70)
Temperatures at Interfacial Contact Spots: Dependence on Velocity and on Role Reversal of Two Materials in Sliding Contact (1987) (70)
Measurement of the average surface stress of gold as a function of temperature in the temperature range 50-985.deg. (1968) (69)
Dislocation behavior in fatigue VI: Variation in the localization of strain in persistent slip bands (1981) (69)
Quenched-in vacancies in noble metals—I theory of decay (1959) (68)
Fundamentals of stick-slip (1993) (64)
Flash temperatures due to friction and Joule heat at asperity contacts (1985) (61)
Dislocation behavior in fatigue III. Properties of loop patches — Do they participate in fatigue cycling? (1979) (56)
The generation of mechanically mixed layers (MMLs) during sliding contact and the effects of lubricant thereon (2000) (53)
Frictional Stress Acting on a Moving Dislocation in an Otherwise Perfect Crystal (1960) (53)
A THEORY OF THE INTERFACIAL ENERGY BETWEEN A CRYSTAL AND THE MELT (1966) (53)
On the concepts of surface stress and surface strain (1972) (52)
Demystifying flash temperatures I. Analytical expressions based on a simple model (1987) (50)
Quenched-in vacancies in noble metals—II mechanism of quench hardening (1959) (50)
LIX. Elementary structure and slip band formation in aluminium (1952) (49)
LEDS theory of workhardening stages and “planar” versus “distributed” glide (1994) (48)
What role for contact spots and dislocations in friction and wear (1996) (47)
Energy minimization of dislocations in low-energy dislocation structures (1987) (46)
Configurations of {100} dislocation walls formed during fatigue (1981) (43)
Dislocation Concepts in Friction and Wear. (1980) (42)
On Stick-Slip and the Velocity Dependence of Friction at Low Speeds (1990) (41)
Work softening and Hall-Petch hardening in extruded mechanically alloyed alloys (1993) (41)
Theory of work-hardening applied to stages III and IV (1989) (41)
Some observations on deformation banding and correlated microstructures of two aluminum alloys compressed at different temperatures and strain rates (1998) (39)
Technological high strain deformation of 'wavy glide' metals and LEDS (1995) (39)
The growth and annealing of stacking fault tetrahedra (1965) (39)
Q: Dislocations structures — how far from equilibrium? A: Very close indeed (2001) (39)
Demystifying flash temperatures II. First-order approximation for plastic contact spots (1987) (38)
Considerations on the Interactions Between Thermal Vacancies and Dislocations (1959) (38)
Questions you always wanted (or should have wanted) to ask about workhardening (1998) (35)
Stresses of hexagonal screw dislocation arrays. IV. Cell aggregates (1973) (34)
The Geometry and Energy of a Twist Boundary between Crystals with Unequal Lattice Parameters (1967) (34)
Dislocation cells, redundant dislocations and the leds hypothesis (1996) (34)
Calculations on the Mechanical Energy of Vacancy Condensation Loops, Stacking Fault Tetrahedra, and Voids (1967) (33)
Striations on Copper Single Crystals Subjected to Torsional Fatigue. II. On the Mechanism of Fatigue Striation Formation and Fatigue Failure at Low Strain Amplitudes (1967) (32)
Advancing towards constitutive equations for the metal industry via the LEDS theory (2004) (31)
Low-energy dislocation cell structures produced by cross-slip (1982) (31)
The flow stress and dislocation structure of nickel deformed at very high pressure (1972) (31)
Stresses of hexagonal screw dislocation arrays. II. Long‐range rotational stresses of terminated multipoles (1973) (30)
High-strain dislocation patterning, texture formation and shear banding of wavy glide materials in the LEDS theory (1997) (30)
Electrical fiber brushes-theory and observations (1995) (29)
Sample calculations of flash temperatures at a silver-graphite electric contact sliding on copper (1986) (29)
Chapter 59 The LES theory of solid plasticity (2002) (28)
Dynamic effects in the mesh length theory of workhardening (1989) (26)
Stresses of hexagonal screw dislocation arrays. v. short range stresses and their contribution to latent hardening (1973) (25)
Modelling of plastic deformation via segmented voce curves, linked to characteristic LEDS's which are generated by LEDS transformations between workhardening stages (1995) (25)
Deformation bands, the LEDS theory, and their importance in texture development: Part I. Previous evidence and new observations (1999) (25)
FATIGUE IN COPPER SINGLE CRYSTALS AND A NEW MODEL OF FATIGUE IN FACE-CENTERED CUBIC METALS (1967) (25)
Plastic flow between Bridgman anvils under high pressures (1991) (24)
Measurement of Elastic Strains in Small Gold Nuclei on Molybdenite Substrates as a Function of Nucleus Size and Misalignment (1967) (23)
On the tribological behavior of adsorbed layers, especially moisture (1991) (22)
THE GROWTH MECHANISM OF STACKING‐FAULT TETRAHEDRA IN QUENCHED GOLD (1963) (22)
Deformation bands, the LEDS theory, and their importance in texture development: Part II. Theoretical conclusions (1999) (21)
Radial correlation functions of metallic melts calculated from structural models of the liquid state (1971) (21)
Adsorption films, humidity, stick-slip and resistance of sliding contacts (1990) (21)
Fundamentals of cell and subgrain structures in historical perspective (1992) (20)
A critical test on theories of work-hardening for the case of drawn iron wire (1970) (20)
Stresses of hexagonal screw dislocation arrays. III. Isolated dislocation cells incorporating hexagonal screw dislocation networks (1973) (20)
On orientation changes, deformation banding, and dislocation structures in rolled [100](001) oriented iron crystals (1983) (20)
Performance characteristics of silver-graphite electrical brushes (75 wt.% Ag) without cooling up to 1400 A cm−2 in air (1983) (20)
Uses of theory in the design of sliding electrical contacts (1991) (19)
Theory of the Interaction of Vacancies with Stress Fields in Metals. I. Derivation of Basic Equations (1964) (19)
Subsurface hardening in erosion-damaged copper as inferred from the dislocation cell structure, and its dependence on particle velocity and angle of impact (1983) (19)
EVIDENCE FOR ELASTIC STRAIN IN EPITAXIALLY GROWN NUCLEI ON SINGLE‐CRYSTAL SUBSTRATES (1966) (18)
Formation of Fatigue Striations in fcc Metals (1967) (18)
A case of wear particle formation through shearing-off at contact spots interlocked through microroughness in adhesive wear (1987) (18)
Theory of Dislocation Cells: The Dislocation Quadrupole (1970) (18)
New Data on the Shear Stresses and Energies of ½ 〈110〉, {111} Edge Dislocations in Elastically Anisotropic fcc Metals (1968) (18)
Nomenclature for dislocation arrays (1982) (18)
Some Theoretical Considerations on the Geometry of Low‐Angle Dislocation Boundaries (1962) (18)
Testing and Evaluation of Metal Fiber Brush Operation on Slip Rings and Commutators (2008) (18)
Micromechanics of MoS2 lubrication (1993) (18)
Mechanism of metal amorphization through plastic deformation (1993) (18)
Angular distribution of epitaxial gold nuclei on a molybdenite substrate as a function of substrate temperature and nucleus size (1968) (17)
Theory of Dislocation Cells. II. Dislocation Multipoles (1971) (17)
Production and performance of metal foil brushes (1981) (17)
Effects of Surface Films on the Performance of Silver-Graphite (75 wt% Ag, 25 wt% C) Electric Brushes (1980) (16)
Stresses of hexagonal screw dislocation arrays. I. The semi‐infinite hexagonal dislocation multipole (1973) (16)
Why do dislocations assemble into interfaces in epitaxy as well as in crystal plasticity? To minimize free energy (2002) (15)
Theoretical speed and current density limits for different types of electrical brushes (1984) (15)
A NEW THEORY OF WORK HARDENING IN CRYSTALS (1962) (15)
Dislocation behavior in quenched and in neutron irradiated stainless steel (1962) (14)
Commutation with metal fiber brushes (1988) (14)
Theory of the Interaction of Vacancies with Stress Fields in Metals. II. The Interaction between Vacancies and Dislocations (1965) (14)
Theory of Dislocation Cells. III. Simple Cells Constructable from Multipoles (1971) (13)
Theory of Worksoftening in High-Performance Alloys (1992) (13)
Shear Stresses and Strain Energies of Edge Dislocations in Anisotropic Cubic Crystals (1967) (13)
Production of point defects and jogs through dislocation uncertainty (1962) (13)
A STUDY OF SHEAR DEFORMATION AND WORK HARDENING OF METALS UNDER PRESSURES TO 2100 MPA (1991) (12)
Two Regimes of Current Conduction in Metal-Graphite Electrical Brushes and Resulting Instabilities (1983) (12)
Gold fibre brushes (1983) (12)
Comments on “remarks on the stored energy in FCC metals” (1969) (12)
Effects of local high pressures and extreme shears at tribological contact spots (2001) (12)
The Connection between Recovery and Glide Type in Aluminum and Al-Mg (2000) (11)
Amorphous and alloy film formation in sliding of silver on copper (1995) (11)
Comparison of Wear Chip Morphology with Different Models of “Adhesive” Wear (1988) (10)
A mechanism for the origin of screw dislocation sequences, giant screw dislocations, and polytypism in platelet crystals (1980) (10)
Extended performance limits of metal-graphite brushes at very high current densities (1983) (10)
Teaming measurements of the coefficient of friction and of contact resistance as a tool for the investigation of sliding interfaces (1987) (10)
Stored energy and workhardening theories (1970) (10)
Does plastic deformation proceed near thermodynamic equilibrium? The case made for shear-strained lamellar diblock copolymers (1999) (10)
On the two modes of operation of monolithic Ag-C brushes (1988) (9)
Comments on “The new formulation of the Kuhlmann-Wilsdorf theory of work hardening analyzed in terms of stored energy data” (1968) (9)
Theory of Dislocation Cells. IV. Hybrid Cells (1971) (9)
Deviations from Schmid's law in uni‐directional strain (1978) (9)
Pressure and structure dependence of solid lubrication (1993) (8)
Device for the control and measurement of brush forces to an accuracy of a few grams-force while monitoring brush resistance and brush wear at currents up to 500 A or more (1981) (8)
Dislocation Movements in Metals. (1964) (8)
New Tensile Testing Machine for Thin Specimens (1962) (8)
Stresses of dislocation cells (1972) (8)
The impact of F.R.N. Nabarro on the LEDS theory of workhardening (2009) (8)
Automated apparatus for long-term testing of electrical brushes (1990) (7)
Direct evidence for dislocations in aluminium-copper alloys (1954) (7)
Experiments on, and a Two-Component Model for, the Behavior of Water Nano-Films on Metals (1990) (7)
The stress fields of dislocation tilt boundaries in anisotropic cubic and diamond-type crystals† (1966) (6)
Tammann’s Grain Boundary Substance Revisited (1993) (6)
The suppression of void nucleation by oversized solute atoms (1973) (6)
UNEXPECTED CROSS SLIP IN GOLD FOILS (1962) (6)
Improved Method for the Experimental Determination of Smallest Density Changes (1963) (6)
The role of vacant lattice sites in the low-amplitude fatigue failure at inclusions in steel (1982) (6)
The strength of dislocation barriers (1966) (5)
Determining subsurface stress distributions in tribological samples from dislocation cell sizes in low energy dislocation structures (1989) (5)
Stick-Slip\Smooth Slip as a Function of Ambient Gases and Pressures Disproving Previous Models of Adhesive Wear (1988) (4)
Corrected data for the shear stresses of infinite tilt boundaries composed of {111}, 1/2 dislocations in elastically anisotropic F.C.C. metals (1968) (4)
Simulation of solid lubricants and contact spots between Bridgman anvils Part I. A new high pressure apparatus (1991) (4)
Tensile Machine for Small Specimens (1964) (4)
Improved sliding electrical brush performance through the use of water lubrication (1992) (4)
Strengthening Through LEDS (1989) (4)
PROPERTIES OF 1/2 〈110〉, {111} GLIDE DISLOCATIONS IN ELASTICALLY ANISOTROPIC FCC METALS (1967) (4)
Glide and climb stresses on secondary slip systems in F.C.C. crystals due to isolated primary edge and screw dislocations (1981) (4)
Comment on a Paper by Cotterill and Doyama (1964) (4)
Advancing towards constitutive equations for the metal industry via the LEDS theory (2004) (4)
Electron Diffraction Pattern of Aluminum Melted in the Ultra-High Voltage Electron Microscope (1973) (4)
Metal Fiber Brushes (2017) (3)
Further comments on the stored energy in F.C.C. metals (1970) (3)
Energy changes, and forces between shockley partials, attendant on the extension of glide dislocations on {111} slip planes in elastically isotropic F.C.C. metals (1968) (3)
Studying Mechanical Properties Of Thin Films Under High Pressures (1990) (3)
Insights gained from tests of solid armatures with and without payload in a 15 mm EML (1989) (3)
International Conference on Low-Energy Dislocation Structures Held in Charlottesville, Virginia on 10-14 August 1986, (1986) (3)
A Study of Metal Fiber Brush Operation on Slip Rings and Commutators (2006) (2)
Charge separation due to hydrostatic pressure and its possible contribution to the geomagnetic field (1968) (2)
Reverse ulta-microtomy: a new method of TEM sample preparation (1997) (2)
Closure to “Discussion of ‘On Stick-Slip and Velocity Dependence of Friction at Low Speeds’” (1991, ASME J. Tribol., 113, p. 223) (1991) (2)
Erratum: The Shear Stress Field of a Simple Dislocation Cell (1968) (2)
A Method of Preparing Thin Gold and Silver Foils of Uniform Thickness by Electrolysis (1962) (2)
Shear-Stress Field of a Simple Dislocation Cell (1968) (2)
Regarding the effect of specimen shape on the selection of the primary slip plane (1966) (2)
New developments and applications in composites : proceedings of a symposium (1979) (2)
Discussion of letter by Mori, Meshii and Kauffman (1961) (1)
A Study of Metal Fiber Brush Operation on Slip Rings and Commutators (2006) (1)
NSF Funding Patterns (1975) (1)
Simulation of solid lubricants and contact spots between bridgman anvils Part II. Experimental results on f.c.c. metals and new insights gained (1991) (1)
Comments on “the energy stored in polycrystalline copper deformed at room temperature” (1972) (1)
The migration of supersaturated constituents to surface sinks (1972) (1)
POINT DEFECT HARDENING IN FACE-CENTERED CUBIC METALS (1960) (0)
Stresses of Hexagonal Screw Dislocation Arrays IV. Cell Aggregates (1973) (0)
Studies on Surface Processes during Friction and Wear (1985) (0)
Properties of Interfacial Tribo-Films (1993) (0)
Progress report, May 22, 1976--June 10, 1977 (1977) (0)
The theory of theories and its implications for the understanding of plastic deformation (2003) (0)
Kuhlmann-Wilsdorf D. A new theory of workhardening. T. Met. Soc. AIME 224: 1047-61. 1962 (2004) (0)
Closure to “Discussion of ‘Effects of Ambient Gases on Friction and Interfacial Resistance’” (1988, ASME J. Tribol., 110, p. 516) (1988) (0)
ELECTRON-MICROSCOPIC INVESTIGATION OF THE SURFACE OF STRETCHED PURE ALUMINUM. II AND III (1952) (0)
Design and Testing of High Performance Brushes. (1982) (0)
THEORY OF VACANCY FORMATION IN INTERNALLY STRESSED CRYSTALS UNDER PRESSURE (1963) (0)
ELECTRON-MICROSCOPIC INVESTIGATION OF THE SURFACE OF STRETCHED PURE ALUMINUM (1952) (0)
Academic Standards and Grades. (1975) (0)
Integrated Fundamental Research on Current Collection (1993) (0)
Stresses of Hexagonal Screw Dislocation Arrays (III) (1973) (0)
A New Theory of Linear Workhardening (1962) (0)
A StudyofMetalFiber Brush Operation on Slit Rings (2006) (0)
Discussion to “dislocations and fission damage in platinum foils” by ruedl, delavignette and amelinckx (1962) (0)
Simulating the CTR environment in the HVEM. Annual progress report June 11, 1977--September 30, 1978 (1978) (0)
Correlating Back Stresses and Friction Stresses with Dislocation Behavior in Fatigued Copper Single Crystals (1979) (0)
The Nature of Interfacial Processes in Friction and Wear (2013) (0)
The Stress Fields of Dislocation Tilt Boundaries in Anisotropic Cubic and Diamond-Type Crystals (1966) (0)
On the role of condensed vacancies and interstitials in fatigue (1959) (0)
EXPERIMENTAL VERIFICATION OF THEORIES ON DISLOCATION BEHAVIOUR OF STRAINED F.C.C. METALS (1963) (0)

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