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ISNI: 
0000 0001 1688 4574 
Name: 
Atluri, S.
Atluri, S. N.
Atluri, Satya N.
Satya Atluri
Satya N. Atluri (American aerospace engineer)
सत्यनाथन अतलुरी
అట్లూరి సత్యనాధం

Dates: 
1945 
Creation class: 
article
cre
Language material
Text
txt

Creation role: 
author
contributor
editor
redactor

Related names: 
ebrary, Inc
Gallagher, Richard H.
International Workshop on Developmet and Advancement of Computational Mechanics (2005 : Kobe, Japonsko)
Kuzovkov, E. G.
Perrone, Nicholas (1930)
Transportation Systems Center
Yagawa, G. (1942)
Yagawa, Genki
Yagawa, Genki (1942)
Zienkiewicz, 19212009
Zienkiewicz, O. C.
Zienkiewicz, Olgierd Cecil

Titles: 
Accuracy of Finite Element Solutions of NavierStokes Equations Using a VelocityPressure Formulation
Accuracy of Finite Element Solutions of Problems With Traction Boundary Conditions
Active control of interlaminar stresses in laminated composites by throughthickness thermal gradients
Active control of nonlinear dynamic response of spaceframes using piezoelectric actuators.
Advances and trends in boundary element methods
Advances in the MLPG meshless methods
alternating method for analysis of surfaceflawed aircraft structural components, An
alternating technique for evaluating weight functions for 3D surface flaws in finite solid bodies, An
alternating technique for flaws in welded components, An
Analysis of cracks in adhesively bonded metallic laminates by a 3dimensional assumed stress hybrid FEM
Analysis of cracks in aging aircraft structures, with and without compositepatch repairs.
Analysis of Dynamic Fracture in an Impact Test Specimen, An
Analysis of embedded and surface elliptical flaws in transversely isotropic bodies by the finite element alternating method
Analysis of flexible multibody systems with spatial beams using mixed variational principles
analysis of flow over a backwardfacing step by an assumed stress mixed finite element method, An
Analysis of Interaction Behavior of Surface Flaws in Pressure Vessels
Analysis of materials with straingradient effects  A meshless local PetrovGalerkin (MLPG) approach, with nodal displacements only
Analysis of multiple curved cracks embedded in an isotropic plate using the finite element alternating method
Analysis of shear flexible beams, using the meshless local PetrovGalerkin method, based on a lockingfree formulation
analysis of stable crack growth in ductile materials, An
Analysis of Stokes flow by a hybrid method
Analysis of subinterface cracks.
Analysis of surface flaw in pressure vessels by a new 3dimensional alternating method.
Analysis of Toughening of Magnesia Partially Stabilized Zirconia, Due to Dilatational Transformation
Analysis of twodimensional fracture problems involving largescale yielding  A displacementhybrid finite element method
Analytical fatigue life estimation of fullscale fuselage panel
Analytical solution for embedded elliptical cracks, and finite element alternating method for elliptical surface cracks, subjected to arbitrary loadings.
Application of an assumed displacement hybrid finite element procedure to twodimensional problems in fracture mechanics
Application of the local boundary integral equation method to boundaryvalue problems.
Applications of isoparametric threedimensional hybridstress finite elements with leastorder stress fields
Applications of the three dimensional finite element alternating method
Arbitrary placement of secondary nodes, and error control, in the meshless local PetrovGalerkin (MLPG) method
'assumed deviatoric stresspressurevelocity' mixed finite element method for unsteady, convective, incompressible viscous flow. II  Computational studies, An
Assumed displacement hybrid finite element method for nonlinear elastic and elasticplastic analyses
assumed displacement hybrid finite element model for threedimensional linearfracturemechanics analysis, An
assumed stress hybrid finite element model for linear elastodynamic analysis, An
Asymptotic analysis of a subinterface crack in dissimilar orthotropic media
Atomiclevel Stress Calculation and ContinuumMolecular System Equivalence
Automated evaluation of residual strength in the presence of widespread fatigue damage
Automation of globalintermediatelocal analysis based on featurebased modeling techniques and the finite element alternating method
basis of meshless domain discretization: the meshless local PetrovGalerkin (MLPG) method, The
Boundary discretization using the edgefunction method in three dimensional elasticity
boundary/interior element method for quasistatic and transient response analyses of shallow shells, A
Combined Numerical/Experimental Study of Ductile Crack Growth After a Large Unloading, Using T*, J and CTOA Criteria, A
Composite patch repairs of metal structures: adhesive nonlinearity, thermal cycling, and debonding
Computational Approach to Determining the Depth of Surface Flaws by the ACPD Technique, A
Computational mechanics '86 : theory and applications : proceedings of International Conference on Computational Mechanics, May 2529, 1986, Tokyo
Computational methods in the mechanics of fracture
Computational nanotechnology  A current perspective
Computational nonlinear mechanics in aerospace engineering
Computational solid mechanics (finite elements and boundary elements) Present status and future directions
Computational strategies for fatigue crack growth in three dimensions with application to aircraft components
Computational Techniques for Inelastic Stress and Fracture Analyses
Computer methods for nonlinear solids and structural mechanics
Computer Simulation of Transformation Induced Plasticity Using Finite Element Method
Conducting cracks in dissimilar piezoelectric media.
Constitutive modeling and computational implementation for finite strain plasticity
Constitutive Modeling of Cyclic Plasticity and Creep, Using an Internal Time Concept
Control of dynamic response of a continuum model of a large space structure.
Crack linkup: an experimental analysis
Crack linkup by stable crack growth
Cracktip parameters and temperature rise in dynamic crack propagation.
Damage tolerant design of panels with surface cracks  A study of lower bound flaw shapes
Development and testing of stable, invariant, isoparametric curvilinear 2 and 3D hybridstress elements
Development of a new frame finite element for crash analysis, using a mixed variational principle and rotations as independent variables
Direct evaluation of T*epsilon integral from experimentally measured near tip displacement field, for a plate with stably propagating crack
Directly Derived NonHyperSingular Boundary Integral Equations for Acoustic Problems, and Their Solution through PetrovGalerkin Schemes
Dynamic crack propagation analysis using a new pathindependent integral and moving isoparametric elements
Dynamic Fracture Analysis: a TranslatingSingularity FiniteElement Procedure
edge function method for threedimensional stress analysis, including embedded elliptical cracks and surface flaws, The
Effect of electric fields on fracture behavior of ferroelectric ceramics.
effect of longitudinal prestretch and radial constraint on the stress distribution in the vessel wall: a new hypothesis., The
Effect of Surrounding Tissue on Vessel Fluid and Solid Mechanics
Effects of a piezoactuator on a finitely deformed beam subjected to general loading
Effects of multiple blade interaction on the containment of blade fragments during a rotor failure
Effects of piezoelectric sensor/actuator debonding on vibration control of smart beams
Efficient Computational Techniques For the Analysis of Some Problems of Fracture in Pressure Vessels and Piping
Elastoplastic large deformation analysis of spaceframes: a plastichinge and stressbased explicit derivation of tangent stiffnesses
embedded elliptical crack, in an infinite solid, subject to arbitrary crackface tractions, An
energetic characterization of the propagation of curved cracks in thin ductile plates, An
Energy Release Rates and Path Independent Integrals in Dynamic Fracture
Energyrelease rates in dynamic fracture  Pathinvariant integrals, and some computational studies
equivalent domain integral method for computing cracktip integral parameters in nonelastic, thermomechanical fracture, An
evaluation of several moving singularity finite element models for fast fracture analysis, An
Existence and stability conditions for mixedhybrid finite element solutions based on Reissner's variational principle.
ExperimentalNumerical Evaluation of the T*e* Integral for a Threedimensional Crack Front, An
Experimental Rcurve behavior in partially stabilized zirconia using moire interferometry.
explicit expression for the tangentstiffness of a finitely deformed 3D beam and its use in the analysis of space frames, An
Failure analysis of aircraft engine containment structures
FEAM based methodology for analyzing composite patch repairs of metallic structures, A
Field/boundary element approach to the large deflection of thin flat plates
Finite deformation analysis of shells  A complementary energy: Hybrid approach
Finite deformation analysis of shells  A hybrid finite element method based on assumed stressfunction vector and rotation tensor
Finite deformations, finite rotations, and stability of plates: A complementary energyfinite element analysis
finitedifference alternating method for a costeffective determination of weightfunctions for orthotropic materials in mixedmode fracture., A
Finite elasticity solutions using hybrid finite elements based on a complementary energy principle. II  Incompressible materials
finite element alternating method for evaluation of stress intensity factors for partcircular cracks subjected to arbitrary loadings., A
Finiteelement analysis of shells of revolution by two doubly curved quadrilateral elements
finiteelement analysis of stable crack growth. I, A
Finite element analysis of static and dynamic fracture of brittle microcracking solids. Part 1: Formulation and simple numerical examples.
Finite element analysis of static and dynamic fracture of brittle microcracking solids. Part 2: Stationary and growing macrocracks under static loading.
Finite element analysis of static and dynamic fracture of brittle microcracking solids. Part 3: Stationary and rapidly propagating cracks under dynamic loading.
Finite elementperturbation analysis of nonlinear dynamic response of elastic continua
finiteelement program for fracture mechanics analysis of composite material, A
Finite Element Simulation of Fast Fracture in Steel DCB Specimen
Finite Element Simulation of Problems in Dynamic Fracture Mechanics.
firstorder variation of the displacement field due to geometrical changes in an elliptical crack, The
fournode hybrid assumedstrain finite element for laminated composite plates, A
Fracture analysis under largescale plastic yielding  A finite deformation, embedded singularity, elastoplastic incremental finiteelement solution
Fracture and fatigue analysis of curved or kinked cracks near fastener holes
Fracture Initiation in Plane Ductile Fracture ProblemsElasticPlastic Finite Element Incremental Analysis
Fracturestress analysis of throughcracks in angleply laminates  An efficient assumedstress finite element approach. I
Further studies into interacting 3D cracks
Further studies on T* integral under plane stress crack growth
Further Study on Using x, A
Growth of multiple cracks and their linkup in a fuselage lap joint
Hybrid and mixed finite element methods
Hybrid finite element analysis of some nonlinear and 3dimensional problems of engineering fracture mechanics
Hybrid finite element models for linear and nonlinear fracture analyses
Hybrid/Mixed Methods in Fluid Mechanics
Hybrid stress finite element analysis of bending of a plate with a through flaw
Hybrid stress finite elements for large deformations of inelastic solids.
Incremental PathIndependent Integrals in Inelastic and Dynamic Fracture Mechanics
Influence of flaw shapes on stress intensity factors for pressure vessel surface flaws and nozzle corner cracks
Inner Surface Cracks in an Internally Pressurized Cylinder Analyzed by a ThreeDimensional DisplacementHybrid Finite Element Method
Instability analysis of space trusses using exact tangentstiffness matrices.
Integrity analyses of surfaceflawed aircraft attachment lugs  A new, inexpensive, 3D alternating method
Integrity of aircraft structural elements with multisite fatigue damage
Interlaminar stresses in composite laminates under outofplane shear/bending
Internal time, general internal variable, and multiyieldsurface theories of plasticity and creep  A unification of concepts
Investigations on the Accuracy and Condition Number for the Method of Fundamental Solutions
Iterative Solution of a System of Nonlinear Algebraic Equations F(x)
Jintegral estimates for strainhardening materials in ductile fracture problems
Large displacement analysis of plates by a stressbased finite element approach
Large space structures : dynamics and control
meshless local PetrovGalerkin method for solving the bending problem of a thin plate, A
Meshless Local PetrovGalerkin (MLPG) Approach for 3Dimensional Elastodynamics, A
meshless local PetrovGalerkin (MLPG) method  A simple and lesscostly alternative to the finite element and boundary element methods, The
Meshless Local PetrovGalerkin (MLPG) method for solving incompressible NavierStokes equations, The
Meshless method (MLPG) for domain & bie discretizations, The
method for determining dynamic stress intensity factors from cod measurement at the notch mouth in dynamic tear testing, A
Methods of computer modeling in engineering &the sciences
Mixed finite element models for plate bending analysis  A new element and its applications
Mixed finite element models for plate bending analysis  Theory
Mixed variational principles in space and time for elastodynamics analysis
Modeling and simulation based engineering
Moving SingularityFiniteElement Modeling of Fast Fracture in Finite Bodies: 'Generation' and 'Propagation' Studies
Multidomain modeling and analysis of delaminated stiffened composite shells
Multiple coplanar embedded elliptical cracks in an infinite solid subject to arbitrary crack face tractions
Multiple Surface Cracks in Pressure Vessels
Multiscale Simulation Based on The Meshless Local PetrovGalerkin (MLPG) Method
n80004976
Natural Shaped Flaws at Nozzle Corners With Pressure Loading and Thermal Shock
New concepts in meshless methods
New Implementation of the Meshless Finite Volume Method, Through the MLPG ``Mixed'' Approach, A
Nonlinear vibrations of a flat plate with initial stresses
Nonlinear and dynamic fracture mechanics, c1979 (a.e.)
Nonlinear hybrid stress finite element analysis of laminated shells
Nonlinear vibrations of a hinged beam including nonlinear inertia effects
Nonlinearities in the dynamics and control of space structures  Some issues for computational mechanics
Nonsingular toughening and Rcurve behavior in nominally pure alumina
Novel Algorithms Based on the Conjugate Gradient Method for Inverting IllConditioned Matrices, and a New Regularization Method to Solve IllPosed Linear Systems
novel displacement gradient boundary element method for elastic stress analysis with high accuracy, A
Numerical analysis of dynamic crack propagation  Generation and prediction studies
Numerical modeling of dynamic and nonlinear crack propagation in finite bodies, by moving singularelements
Numerical studies in dynamic fracture mechanics
numerical study of the interactions between multiple longitudinal cracks in a fuselage (multiple discretesource damages), A
Numerical study of the use of path independent integrals in elastodynamic crack propagation.
On a 3D singularity element for computation of combined mode stress intensities
On constitutive relations at finite strain  Hypoelasticity and elastoplasticity with isotropic or kinematic hardening
On hybrid finite element models in nonlinear solid mechanics
On hybrid finite element technique for crack analysis
On newly developed assumed stress finite element formulations for geometrically and materially nonlinear problems
On simple formulations of weaklysingular traction and displacement BIE, and their solutions through PetrovGalerkin approaches
On some new general and complementary energy theorems for the rate problems in finite strain, classical elastoplasticity
On the Accuracy of Finite Element Solutions of NavierStokes Equations Using a VelocityPressure Formulation
On the Accuracy of Finite Element Solutions of Problems With Traction Boundary Conditions
On the feasibility of using thermal gradients for active control of interlaminar stresses in laminated composites
On the hybrid stress finite element model for incremental analysis of large deflection problems
On the Path Independent T* Integral in Nonlinear and Dynamic Fracture Mechanics
Optimal Radius of the Support of Radial Weights Used in Moving Least Squares Approximation, The
Optimal, stable, and invariant hybrid elements  Large rotation plate and shell analysis
Optimal throughthickness temperature gradients for control of interlaminar stresses in composites
Pathindependent integral and moving isoparametric elements for dynamic crack propagation
Pathindependent integrals, energy release rates, and general solutions of neartip fields in mixedmode dynamic fracture mechanics
Pathindependent integrals in finite elasticity and inelasticity, with body forces, inertia, and arbitrary crackface conditions
Postbuckling analysis of shallow shells by the fieldboundaryelement method
Postyield analysis of a threepoint bend fracture test specimen  An embedded singularity finite element incremental method
Predictions of widespread fatigue damage threshold
Predictions of widespread fatigue damage thresholds in aging aircraft
proceedings of international workshop on development and advancement of computational mechanics, The : in celebrating professor Satya N. Atluri's 60th birthday.
pure contour formulation for the meshless local boundary integral equation method in thermoelasticity, A
Rcurve behavior in partially stabilized zirconia using moire interferometry
Recent advances in the alternating method for elastic and inelastic fracture analyses
Recent studies in menshless and other novel computational methods
Recent studies of energy integrals and their applications
Residual life and strength estimates of aircraft structural components with MSD/MED
Residual strength of aging aircraft with multiple site damage /multiple element damage
Rotationally symmetric bending of orthotropic conical shells Transverse shear and couple stressstress couple effects
Scalar Homotopy Method for Solving an Over/UnderDetermined System of NonLinear Algebraic Equations, A
Sensing and actuating behaviours of piezoelectric layers with debonding in smart beams.
Servoelastic oscillations  Control of transient dynamic motion of a plate
SGBEMFEM alternating method for analyzing 3D nonplanar cracks and their growth in structural components
SGBEM (for cracked local subdomain)  FEM (for uncracked global structure) alternating method for analyzing 3D surface cracks and their fatiguegrowth
Shell theories with drilling degrees of freedom and geometrical and material assumptions
simple estimation method of stress intensity factors for throughcracks in angleply laminates, A
Simplified Computational Methods for Elastic and ElasticPlastic Fracture Problems
Simulation of a $4{th}$ Order ODE: Illustration of Various Primal {\&} Mixed MLPG Methods
Simulation of shear band formation in plane strain tension and compression using FEM
singularsolution approach for controlling the nonlinear response of a continuum model of a large space structure, A
Some recent developments in finitestrain elastoplasticity using the field boundary element method
Stability analysis of structures via a new complementary energy method
Static and dynamic analysis of space frames with nonlinear flexible connections
Static/dynamic crack growth: moving singular elements
Strain localization in an orthotropic material with plastic spin
Stress Analysis of Cracks in ElastoPlastic Range
Stress analysis of holes in angleply laminates  An efficient assumed stress 'specialholeelement' approach and a simple estimation method
Stress and fracture analyses under elasticplastic creep conditions: Some basic developments and computational approaches
stresshybrid finite element method for Stokes' flow, A
Stress Intensity Factor Solutions for Arbitrarily Shaped Surface Flaws in Reactor Pressure Vessel Nozzle Corners
Stress intensity factors as the fracture parameters for delamination crack growth in composite laminates
Stress intensity factors for surface and cornercracked fastener holes by the weight function method
Structural integrity and durability
Structural integrity of fuselage panels with multisite damage
Structural integrity of panels with multisite fatigue damage
Studies on Creep Crack Growth Using the T*Integral
study of circumferential cracks in the presence of multiplesite damage in an aircraft fuselage, A
Study of Two Alternate Tangent Modulus Formulations and Attendant Implicit Algorithms for Creep as Well as HighStrainRate Plasticity, A
Temperature field due to a moving heat source  A moving mesh finite element analysis
Theoretical formulation of finiteelement methods in linearelastic analysis of general shells
Three Dimensional Numerical Investigation of the T integral along a Curved Crack Front, A
Time finite element methods for large rotational dynamics of multibody systems.
Traction boundary conditions in hybridstress finiteelement model
Viscoplasticity and creep  A finite deformation analysis using stressbased finite elements
Vyčislitel'nye metody v mehanike razrušeniâ
WeaklySingular Traction and Displacement Boundary Integral Equations and Their Meshless Local PetrovGalerkin Approaches

Contributed to or performed: 
COMPUTER MODELING IN ENGINEERING AND SCIENCES
INTERNATIONAL JOURNAL OF PLASTICITY

Notes: 

Sources: 
BOWKER
NTA
TEL
ZETO
