Gunther Schoeck

Gunther Schoeck's AcademicInfluence.com Rankings

Gunther Schoeck

Engineering

#6669

World Rank

#8005

Historical Rank

Metallurgy

#45

World Rank

#66

Historical Rank

Materials Science

#385

World Rank

#389

Historical Rank

engineering Degrees

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Engineering

Gunther Schoeck's Degrees

PhD Metallurgy University of California, Berkeley
Masters Metallurgy University of California, Berkeley
Bachelors Metallurgy University of California, Berkeley

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Gunther Schoeck's Published Works

Number of citations in a given year to any of this author's works

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

The Activation Energy of Dislocation Movement (1965) (328)
The flow stress of iron and its dependence on impurities (1959) (256)
Friccion interna debido a la interaction entre dislocaciones y atomos solutos (1963) (178)
The activation energy of high temperature internal friction (1964) (165)
The Contribution of the Dislocation Forest to the Flow Stress (1972) (144)
The Peierls model: Progress and limitations (2005) (136)
On the rate-controlling mechanism for plastic flow of Mg crystals at low temperatures (1961) (98)
The generalized Peierls–Nabarro model (1994) (94)
Dislocation emission from crack tips (1991) (90)
Cottrell locking and the flow stress in iron (1960) (87)
Internal Friction Due to Precipitation (1969) (77)
Moving Dislocations and Solute Atoms (1956) (75)
On dislocation formation by vacancy condensation (1960) (72)
The core structure, recombination energy and Peierls energy for dislocations in Al (2001) (70)
Correlation between Dislocation Length and Density (1962) (57)
Planar dissociations and recombination energy of (110) superdislocations in Ni3Al: generalized Peierls model in combination with ab initio electron theory (1999) (53)
The formation of dislocation loops at crack tips in three dimensions (1991) (48)
Peierls Energy of Dislocations: A Critical Assessment (1999) (46)
Prismatic glide in divalent h.c.p. metals (1991) (44)
The portevin-le chatelier effect. A kinetic theory (1984) (43)
The Strength of the Dislocation Forest for 30° and 60° Dislocations (1982) (42)
Dissociated dislocations in the Peierls potential (1994) (37)
The Peierls energy revisited (1999) (37)
THE COLD WORK PEAK (1982) (36)
The line tension of dislocations in anisotropic media (1987) (35)
INFLUENCE OF IRRADIATION ON CREEP (1958) (32)
The core structure of dislocations in Al: a critical assessment (2002) (32)
On the yield stress in b.c.c. metals (1961) (31)
Dislocation core energies in the Peierls model (1978) (28)
Internal Friction in AlAg Alloys (1969) (28)
Calculation of cross-slip parameters in f.c.c. crystals (1993) (28)
The Peierls dislocation: Line energy, line tension, dissociation and deviation (1997) (28)
The plastic behaviour of lithium single crystals (1981) (27)
The core structure of dislocations : Peierls model vs. atomic simulation (2006) (26)
The emission of dislocations from crack tips: A critical assessment (2003) (26)
Thermally activated crack-propagation in brittle materials (1990) (25)
Transient functions for plastic strain rate changes (1976) (25)
On the mechanism of the snoek-koester relaxation (1988) (20)
The core structure of dissociated dislocations in NiAl (2001) (19)
Coherency Loss and Internal Friction (1971) (19)
Dislocation Theory of Plasticity of Metals (1956) (18)
The core energy of dislocations (1995) (18)
The core structure of dislocations. Peierls model vs. atomic simulations in Pd (2001) (17)
Bond trapping of cracks (1990) (17)
The interaction energy between dislocations and interstitial atoms (1969) (17)
The Peierls stress in a simple cubic lattice (2011) (17)
The dissociation energy of extended dislocations in fcc lattices (1999) (17)
Dislocation emission from crack tips as a variational problem of the crack energy (1996) (16)
The structure of [010] dislocations in Ni3Al (1998) (16)
The Superposition of Thermal Activation in Dislocation Movement (1985) (16)
The temperature dependence of the antiphase boundary energy in Ni3Fe I. The equilibrium value (1990) (16)
The peierls stress and the flow stress in Fcc metals (1994) (15)
Planar dissociations of [101] superdislocations in TiAl: Ab-initio electron theory and generalized Peierls-Nabarro model (1998) (14)
{111} Cross-slip in L12-ordered alloys (1989) (14)
Strain rate changes and activation volume (1976) (13)
Normal and fractional kink pairs in dissociated dislocations (2002) (12)
The formation of dislocation rings on a crack front (1996) (12)
The core structure and Peierls potential of dislocations in Al (2012) (12)
The cross-slip energy unresolved (2009) (12)
The formation of Paidar-Pope-Vitek locks in L12 ordered compounds (1993) (11)
The core structure of «001» dislocations in bcc metals (1997) (11)
Cottrell‐stokes law in Cadmium and Zinc (1977) (11)
The elastic energy of dislocation loops in anisotropic media (1978) (11)
The Kink Energy in Anisotropic Media (1987) (10)
The temperature dependence of the antiphase boundary energy in Ni3Fe II. The evolution kinetics (1990) (10)
The instability of Paidar-Pope-Vitek locks in L12 compounds (1994) (9)
Determination of the fault energies in L1 alloys 2 (1997) (8)
Reply to “comments on dislocation dynamics during rate changes” (1978) (8)
Forest intersection of dislocations in HCP structures (1984) (7)
Atomic dislocation core parameters (2010) (7)
The volume change in internal stress fields (1979) (7)
Interaction of Lomer–Cottrell locks with screw dislocations (2010) (7)
The kink chain revisited (2007) (7)
Remarks on a ‘‘new theory of work-hardening'’ (1964) (6)
Ultrasonic fatigue of Cu-single crystals (1984) (6)
The Peierls model for dislocation rings (1995) (6)
The temperature dependence of work-hardening in Cu3Au and Ni3Fe (1971) (6)
The position of screw dislocations in BCC metals (1980) (6)
The interaction of dislocations and planar faults in solids (1994) (6)
The energy of dislocation dipoles (2014) (5)
Deviations from Volterra dislocations (1998) (5)
Thermal Activation in Plastic Deformation (2000) (5)
The Entropy of Internal Stress Fields (1980) (4)
Bow-outs in dislocation pile-ups and cracks (1989) (4)
Stability of dislocation arrays (1997) (3)
The 〈100〉 dislocation in L12 ordered alloys (1998) (3)
Deviations and polarity of [100] dislocations in bcc metals (2010) (3)
The shielding of short cracks (1990) (3)
Calculation of the Stress Intensity in Ultrasonic Resonance (1982) (3)
The activation energy for {111} cross-slip in L12 ordered alloys (1997) (3)
Frank Read sources in semiconductors (2007) (3)
Prismatic Slip in HCP Metals (1989) (3)
Pile-ups in kink-chains (2008) (2)
“Anomalies” of Plastic Deformation of Cd, Zn and Mg at Low Temperatures (1979) (2)
Nucleation of Deformation Twins in F.C.C. Metals (1966) (2)
Remarks on a theory of linear strain hardening (1966) (2)
Peierls stress and Peierls energy of a 70.5° ⟨1 1 1⟩ dislocation in Mo (2013) (2)
Modelling the Bordoni peak (2006) (2)
The movement of edge and screw dislocations in Al single crystals (1971) (2)
Comments on the temperature dependence of the activation energy for diffusion (1965) (1)
Recovery of the electrical resistivity in Ta deformed at 4 K (1974) (1)
INTERNAL FRICTION IN BARIUM (1985) (0)
INTERNAL FRICTION IN THE ALKALI METALS (1981) (0)
Stress-induced twinning in Li(?) (1992) (0)
THE MECHANISM OF WORK-HARDENING IN F. C. C. CRYSTALS. (1966) (0)
THE ANOMALY OF THE FLOW STRESS IN SILVER (1981) (0)
The Bordoni relaxation revisited (2009) (0)
Bordoni relaxation in kink-chains (2010) (0)
THE MECHANISM OF WORK-HARDENING IN F.C.C SINGLE CRYSTALS, (1965) (0)
The Bordoni maximum and the Peierls energy:: Lecture on receiving the Zener medal (2000) (0)
INTERNAL FRICTION IN LITHIUM (1981) (0)

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What Schools Are Affiliated With Gunther Schoeck?

Gunther Schoeck is affiliated with the following schools:

University of Vienna

Gunther Schoeck's Academic­Influence.com Rankings

Gunther Schoeck's Degrees

Why Is Gunther Schoeck Influential?

Gunther Schoeck's Published Works

Published Works

What Schools Are Affiliated With Gunther Schoeck?

Gunther Schoeck's AcademicInfluence.com Rankings