MECHANICS DEPARTMENT

• 1/90 Nonlinear two-dimensional longitudinal and shear waves in solids. 25 p.
• 2/90 Solutions to the perturbed KdV equation. 32 p.
• 3/90 Thehttp://www.amazon.co.uk/your-account/ application of fast Fourier transform to nonlinear wave propagation.9 p.
• 4/90 Transient longitudinal waves in nonlinear inhomogeneous media with Ei-memory (in Russian) 22 p.file:///C:/Documents%20and%20Settings/All%20Users/Start%20Menu/Programs/Games/Solitaire.lnk
• 5/90 Some remarks on the quasi-linear theory of viscoelasticity. 19 p.
• 6/90 A thermodynamic theory of phase transitions, clusters and interphase structures. 23 p.
• 7/90 Thermodynamics of homogeneous reactions. 18 p., fig.
• 8/90 Multistage phase transitions in solids. 16 p.
• 9/90 Prediction of real media properties on the basis of conception of non- isolated systems of thermodynamic equilibrium. 19 p.
• 10/90 Propagation of longitudinal deformation waves in nonlinear hereditary layered media. (in Russian) 14 p.
• 11/90 The hereditary influence on the shape distorsion of an acoustic wave in the reology medium. (in Russian ) 9 p.
• 12/90 Phase velocities of the Lamb-type and Stonely-type waves in the problem of acoustic wave scattering on hollow elastic sphere. (In Russian). 18 p.
• 13/90 Nearfield of ultrasonic transducers modelled by evolution equations. (in Russian) 18 p.
• 14/90 Acoustic wave scattering by elastic bodies of spherical and cylindrical shape. 17 p.
• 15/90 Peripheral waves in cylindrical shells immersed in water. 38 p.
• 16/90 The influence of unfilled drilling holes on hydrogeological state of stratified complexes (in Russian ). 12 p.
• 17/90 Identification of filtration coefficients by the method of characteristics. (in Estonian) 16 p.
• 18/90 Mathematical modelling of groundwater balance for Estonian mainland. (In Estonian) 59 p.
• 19/90 Travel report to Italy (in Estonian) 42 p. (App.: Modelling of nonlinear seismic waves 18 p.; Nerve pulse transmission: recovery variable and memory
• 20/90 An introduction to asymmetric solitary waves: Synopsis. 6 p.
• 21/90 Asymptotics of 3D wave motion by evolution equations in nonlinear elastic media with memory. 13 p.

• 22/91 Solitary waves in systems with energy influx. 9 p.
• 23/91 Spectral changes in formation of solitary waves. 11 p.
• 24/91 Nonlinear deformation waves in solids with application in nondestructive testing. 9 p.
• 25/91 Resonance and slow waves in a predeformed elastic wave-guide. (in Russian) 18p.
• 26/91 Deformation waves in hereditary inhomogeneous media. 14 p.
• 27/91 Integrated photoelasticity of glass containers. The case of weak bire- fringence. 24 p.
• 28/91 Two methods for nondestructive measurement of pressure in beer cans. 27 p.
• 29/91 Statistical topography I. Fractal dimension of coastline and number-area rule for islands. 39 p.
• 30/91 Statistical topography II. Two-dimensional transport of a passive scalar. 36 p
• 31/91 Resonance isolation in problems of acoustic waves scattering by elastic shells. (in Russian) 14 p.
• 32/91 Scattering of acoustic waves by thickwalled spherical and cylindrical shells. (in Russian) 18 p.
• 33/91 Resonance frequencies of peripheral waves at scattering of plane acoustic wave at oblique incidence by circular cylindrical shell of
• 34/91 Determination of parameters of elastic layer by measured dispersion curves of zero-order Lamb-type waves. 19 p.
• 35/91 Intermediate background in problems of sound waves scattering by elastic shells. 27 p.
• 36/91 Asymptotic description of the peripheral waves at scattering of a plane acoustic wave by a spherical shell. 33 p.
• 37/91 Pressure wave propagation in a hereditary tube. Part 1. (in Russian) 6 p.
• 38/91 Investigation on influence of interaction between dynamic and concentrational boundary layers on mass transfer at plate and cylinder.
• 39/91 Incompatibility between thermodynamic laws and state equations for complex systems. 5 p.
• 40/91 Dynamics of thin vortex in a viscous fluid. 18 p.
• 41/91 Thermodymanics of structures appearing in continuous media.(in Russian). 73 p.
• 42/91 Nonlinear waves in a layer with energy influx. 19 p.
• 43/91 A note on hierarchical perturbative equations of the KdV type. 9 p.
• 44/91 On principles of research systems. (in Estonian). 14 p.
• 45/91 Travel report to France. (in Estonian) 30 p. (App.: A note on hierarchical perturbative equations of the KdV solitons. 9 p.; A thermodynamical
• 46/91 On determining extremal piezometric heads in one-dimensional model of groundwater flow. 28 p.
• 47/91 Practical guide for stress measurement in glass containers. (Applied Integrated Photoelasticity. Preprint nr. 1). 34 p.
• 48/91 "CONTAINERS". A short user manual: A program for calculation of stresses in axisymmetric glass containers using measurement data obtained by
• 49/91 Transient longitudinal waves in an inhomogeneous predeformed viscoelastic media. (in Russian) 20 p.
• 50/91 Optical tomography of the stress field in case of plane deformation. 4 p.
• 51/91 Complete determination of stress in fiber preforms of arbitrary cross- section.21 p.
• 52/91 Optical tomography of the stress tensor field. 10 p.
• 53/91 Integrated photoelasticity for residual stresses in glass specimens of complicated shape. 12 p.
• 54/91 Application of the integrated photoelasticity to the determination of stress in the cubic single crystal. (in Russian) 10 p.
• 55/91 Reverse problem of the thermoelasticity of the optical tomography. (in Russian). 16 p.
• 56/91 Using sum rule in integrated photoelasticity. (in Russian) 110 p.
• 57/91 Acoustical tomography of surface stresses. (in Russian) 12 p.

• 58/92 Etalon evolution equations. 11 p.
• 59/92 Nerve pulse transmission: recovery variable and rate-type effects. 22 p., fig.
• 60/92 Theoretical and experimental investigation of plane acoustical wave scattering by solid elastic cylinder at oblique incidence. (in Russian)
• 61/92 Frequencies of the maximal Q-factor of the Lamb-type peripherical waves for the problem of acoustical wave scattering by an elastic shell. 9 p.,
• 62/92 Asymptotic formulas for the modal resonances of the peripheral waves in the problem of scattering of an obliquely incident plane acoustic wave
• 63/92 Characteristics of the Lamb-type peripheral waves S1 and S4 in the problem of scattering of an obliquely incident plane acoustic wave by a circular-
• 64/92 Computation of the amplitudes of modal resonances in problems of acoustic waves scattering by elastic shells. 8 p.
• 65/92 Modal resonances in problems of acoustic waves scattering by elastic shells. 17 p.
• 66/92 Fractal model of blood vessel system. 15 p., fig.
• 67/92 A thermodynamical viewpoint to nerve pulse dynamics. 18 p.
• 68/92 Complexity and simplicity. 19 p., fig.
• 69/92 A new approach to thermodynamic analysis of phase transitions. 18 p., fig.
• 70/92 On principles of aftereffects and nonlocality in continuum Mechanics. 7 p.
• 71/92 Grand piano hammer-string interaction.Part 1. Grand piano hammer felt model. 13 p., fig.
• 72/92 Grand piano hammer-string interaction. Part 2. Grand piano string excitation. 15 p., fig.
• 74/92 Addition to the electronic isodyne system. 26 p., fig.
• 75/92 On surface waves with arbitrary profile in elastic medium. 14 p., fig.
• 76/92 On nonlinear behaviour of nylon fibre. 14 p., fig.
• 77/92 Basic concepts of thermodynamics of complex systems.
• 78/92 Integrated photoelasticity for axisymmetric flow birefringence studies. 14 p., fig.
• 79/92 Some properties of isochromatic pictures in symmetric objects (moustaches). 11p., fig.
• 80/92 Birefringence in inhomogeneous dichroic materials. 26 p., fig.

• 81/93 Additional information in integrated photoelasticity. 18 p.
• 82/93 Discrete solving of the axisymmetric problem in integrated photoelasticity. 19 p.
• 83/93 Mathematical modelling of Estonian artesian basin. 7 p.
• 84/93 Preliminary results of the investigation of stresses in two bottles manufactured by Heye Glass in Oberkirchen. 21 p.
• 85/93 Some results of investigation of stresses in two bottles manufactured by "Ja"rvakandi Klaas" Ltd. 18 p.
• 86/93 The constant profile wave propagation in a liquid-filled elastic-hereditary tube. 5 p.
• 87/93 Information extraction from ultrasound signals in inhomogeneously predeformed viscoelastic media. 6 p.
• 88/93 Modified thermoelasticity: Internal variables and heat conduction. 27 p.
• 89/93 Nonlinear wave motion and evolution equations : CISM course 1993. 56 p.
• 90/93 On the fast penetration of magnetic field into plasma. 21 p.
• 91/93 New mechanism of the fast penetration of magnetic field into collisionless plasma. 15 p.
• 92/93 Qualitative aspects of nonlinear wave motion: Complexity and simplicity. 10 p.
• 93/93 Spectral analysis of soliton formation. 45 p.
• 94/93 The hysteric model of the grand piano hammer-string interaction. 5 p.
• 95/93 On nonlinear viscolelastic behaviour of nylon thread. 12 p.
• 96/93 Integrated photoelasticity for three-dimensional flow birefringence studies.15 p.
• 97/93 Nonlinear oscillations in modelling of heart dynamics. 53 p.
• 98/93 Thermodynamic conditions of structuring in initially homogeneous systems. 10 p.
• 99/93 Thermodynamic model of structuring by phase transitions. 13p.
• 100/93 On the fluid motion in fluid-filled elastic tubes. 13 p.
• 101/93 Integrated photoplasticity for axisymmetric problems. 14 p.
• 102/93 Bottle pressure meter. Version 2.0. 14 p.

• 103/94 Tomographic methods in experimental mechanics. 102 p.
• 104/94 Coupled extensional and flexural waves in naturally curved elastic bars. 27 p.
• 105/94 Modelling of ground-water flow 1. Theory. (in Estonian) 26 p.
• 106/94 Modelling of ground-water flow. 2. Programmes. (in Estonian) 118 p.
• 107/94 Waves in blood vessels and the KdV approximation. 24 p.
• 108/94 Coupled thermal and moisture fields with application to composites. 13 p.
• 109/94 On the precision of integrated photoelasticity for hollow glassware. 14 p.
• 110/94 Soliton formation from a harmonic input in a Korteweg-de Vries system. 87 p.
• 111/94 From continuum mechanics to applications in the nondestructive testing. 26 p.
• 112/94 Hysteric model of the grand piano hammer felt. 35 p.
• 113/94 Edge stress measurement in glass. 14 p.
• 114/94 Flexible string excitation in the case of hammer with memory. 36 p.
• 115/94 Vorticity distributions for thin and thick vortex pairs and rings. 15 p.
• 116/94 Simulation of vortex rings interaction by the method of liquid particles. 14 p.
• 117/94 On the KdV approximation for the flow in fluid-filled elastic tubes. 22 p.
• 118/94 Unsteady vorticity distributions for viscous vortex pairs and rings. 25 p.
• 119/94 Ultrasonic nondestructive evaluation in inhomogeneous plain strain in elastic medium. 23 p.
• 120/94 Periodic solutions of Korteweg-de Vries equation and the number of eigenvalues. 8 p.
• 121/94 On the transport processes in fractal network of blood-vessel system and lung. 10 p.
• 122/94 About fringes in integrated photoelasticity. 14 p.
• 123/94 Modal resonances of the Franz waves. 36 p.
• 124/94 Modal resonances of peripheral waves. 41 p.
• 125/94 Determination of the nonaxisymmetric residual stress distribution in axisymmetric hollow glassware. 9 p.
• 126/94 On the dynamics of a periodically driven cardiac nerve pulse equation. 11 p.

• 127/95 Experimental mechanics: Lecture notes. 254 p. (In Estonian).
• 128/95 Polynomial approximation of inhomogeneous plane strain in elastic medium. 18 p.
• 129/95 Nonlinearity - property or nonproperty? 13 p., 5 fig.
• 130/95 On the transport process in fractal network of bloodvessel system and lung. 8 p.
• 131/95 Main equations of soundboard vibration. 19 p.
• 132/95 On nonaxisymmetrical residual stress distribution in axisymmetric glass articles. 10 p., 17 fig.
• 133/95 NONSYMM: A program for determination of the nonaxisymmetric residual stress distribution in axisymmetric hollow
• 134/95 Thermodynamical modelling of one-dimensional heat conduction in gravitational field. 10 p., 3 fig.
• 135/95 Calculations of nonlinear heat conduction in water by means of thermodynamics based algorithm. 10 p., 5 p. fig.
• 136/95 Nonlinear waves in nonlocal media. 31 p.
• 137/95 Response characteristics of a cardiac nerve pulse equation driven periodically by Dirac's delta spikes. 8 p.
• 138/95 Discrete spectral analysis for solitary waves. 40 p.
• 139/95 A simple grand piano hammer felt model. 8 p., 8 p. fig.
• 140/95 Manufacturing of grand pianos in Estonia - from the beginning to nowadays. 9 p., 7 p. fig.
• 141/95 On the optimization of Monte-Carlo simulations. 10 p.
• 142/95 On the fractality and pseudo-fractality of biological systems. 7 p., 7 fig.
• 143/95 Non-linear longitudinal waves in physically inhomogeneous elastic medium. 13 p., 4 p. fig.
• 144/95 RST and peripheral waves. 29 p.
• 145/95 Residual stress measurement near the neck seal in a CRT bulb. 15 p.
• 146/95 Optical nonlinearity in integrated photoelasticity of axisymmetric objects. 28 p.

• 148/96 Nonlinear dynamics and biomedical applications. 7 p.
• 151/96 Scattering of an obliquely incident plane acoustic wave by circular cylindrical shell. Results of computations. 11 p., 33 p. fig.
• 152/96 Scattering of an obliquely incident plane acoustic wave by circular cylindrical shell. Experimental results. 17 p., 35 p. fig., tab.
• 153/96 Elastic medium under one-side normal and shear load. 13 p., 34 p. fig.
• 154/96 On the optimization of Monte-Carlo simulations. 19 p., 2 p. fig.
• 155/96 Influence of the prestrain magnitude on the distortion of the wave profile. 38 p., fig.
• 156/96 Method of solution of nonlinear integro-differential equations with boundary conditions. 8 p.
• 157/96 Method of interactive approach of the grand piano mensure evaluation. 6 p., 19 p fig. and tab.
• 158/96 Photoelastic residual stress measurement in glass articles as a problem of hybrid mechanics. 10 p.
• 159/96 Nonlinear wave dynamics: Complexity and simplicity. 8 p.
• 160/96 Wave hierarchy in microstructured solids. 14 p.
• 161/96 Solitons in systems with a quartic potential and higher-order dispersion. 11 p., 77 p. fig.
• 162/96 Solitons in a perturbed Korteweg-de Vries system. 9 p., 100 p.fig.
• 163/96 Bifurcation analysis of the nerve pulse equation. 16 p.
• 164/96 Electrical activation of the heart. Activation of the myocardial and Purkinje cells. 16 p., 28 p. fig.
• 165/96 Automatic measurement of residual stresses in tempered tumbler. 9 p.

• 166/97 Distortion of the longitudinal wave profile in the inhomogeneously predeformed elastic medium. 32 p.+ 56 p.fig.
• 167/97 Hybrid mechanics for axisymmetric thermoelasticity problems. 13 p.
• 168/97 Continuous cellular automata algorithm for simulation of heat conduction. 5 p., fig.
• 169/97 Driven nonlinear oscillators for modeling cardiac phenomena. 11 p., fig.
• 169/97 Driven nonlinear oscillators for modeling cardiac phenomena. 11 p., fig.
• 170/97 Role of passive properties of tissue in cardiac impulse propagation through Purkinje-ventricular muscle junction. 16
• 171/97 Integrated photoelasticity for viscous flow in closed conduits. 8 p.
• 172/97 On the modelling of fractal three-like structures in biology. 15 p., fig.
• 173/97 Stability and torsion in period doubling cascade. 7 p., fig.
• 174/97 Nonlinear waves in characterization of inhomogeneous elastic material. 18 p. + 8 p. fig.
• 175/97 String vibration spectra excited by different piano hammers. 9 p. + 5 p. fig.
• 176/97 Thermodynamic approach to modelling of non-linear processes in continua. 12 p.
• 177/97 Piano string excitation: The question of gravity influence on the sound spectra. 26 p., fig.
• 178/97 Travelling waves in nonconservative media with dispersion. 38 p., fig.
• 179/97 Analytical solutions of Kadomtsev-Petviashvili equation. 66 p., fig.

• 180/98 On the analysis of the heart rate variability. 7 p., 5 p. fig.
• 181/98 Half-fringe phase-stepping in integrated photoelasticity. 11 p.
• 182/98 Continuous cellular automata for elastic waves propagation. 19 p., 17 p. fig.
• 183/98 Method of piano hammer parameters determination. 8 p.
• 184/98 Method of interactive approach of the grand piano mensure evaluation. Part. II: Medium-sized piano Estonia scaling. 18 p., ill.
• 185/98 Interaction of KdV-type solitons in terms of phase variables. Interaction solitons. 17 p.
• 186/98 Interaction of KdV-type solitons in terms of real space and time variables. 9 p
• 187/98 Cardiac dynamics involving arrhythmias and continuum mechanics. 6 p.
• 188/98 Nonlinear wave motion: Complexity and simplicity revisited. 12 p.
• 189/98 A global map of local bifurcations. 10 p.
• 190/98 Interaction of waves in predeformed medium. 18 p., 7 p. fig.
• 191/98 Nonlinear interaction of longitudinal waves in elastic material. 15 p., 8 fig.
• 192/98 Thermomechanics of discrete systems: application to inhomogeneous solids. 26 p.
• 193/98 The methods of nonlinear dynamics in the analysis of heart rate variability in children.
• 194/98 On the numerical determination of solitary wave solution for the KdV 435 equation. 15 p., 50 p. tab., fig.
• 195/98 Dynamics of creatine kinase system in the myocardial cell. 34 p., 5 p. fig.
• 196/98 Transient oscillations in the spring-block model with the two degrees of freedom. 18 p., fig.
• 197/98 Simulation of the myotic active stress development and energy consumption by the Huxley-type model. 27 p., fig.
• 198/98 Application of high-resolution wave propagation algorithm to two- dimensional elastic wave propagation. 11 p., 11 p. fig.

• 199/99 Modelling of cardiac phenomena. 15 p.
• 200/99 A nonlinear story of nonlinear wave. 14 p.
• 201/99 Studies in metabolic control analysis. 11 p.
• 202/99 Numerical analysis of solitonic structures in systems with higher-order dispersion and nonlinearity. 17 p.
• 203/99 Hierarchical internal variables reflecting microstructural properties: Application to cardiac muscle contraction. 16 p.
• 204/99 Solitonic structures in KdV-based higher-order systems. 20 p.
• 205/99 Simulation of two-dimensional thermoelastic wave propagation by means of a composite wave-propagation algorithm. 41 p.
• 206/99 Simulation of two-dimensional thermoelastic wave propagation in inhomogeneous media. 27 p.
• 207/99 On the theory of photoelastic fringe patterns. 13 p.
• 208/99 Nonlinear interaction of longitudinal waves in an inhomogeneously predeformed elastic medium. 30 p.
• 209/99 Nonlinear longitudinal waves interaction for inhomogeneously predeformed medium characterization. 4 p.
• 210/99 Symbolic software application for modelling of wave interaction process. 4 p.
• 211/99 Wave propagation in dissipative microstructured materials. 43 p.
• 212/99 Thermoelastic wave propagation in inhomogeneous media. 25 p.
• 213/99 Nondestructive characterization of materials with variable properties. 47 p.
• 214/99 Cardiac mechanoenergetics replicated by cross-bridge model. 34 p.
• 215/99 Piano hammer characteristics: theory and experiment. 4 p .
• 216/99 Direct and inverse problem for wave crests modelled by soliton interactions. 36 p.

• 217/00 Non-linear dynamics and scale-invariance in the heart rate variability. 24 p.
• 218/00 Wave interaction for characterization of nonlinear elastic materials. 25 p.
• 219/00 A thermodynamic model for stress-induced phase-transmission front propagation in thermoelastic solids. 35 p.
• 220/00 Testing piano hammers.14 p.
• 221/00 Piano hammer parameters measuring device calibration. 21 p.
• 222/00 Simulation of nonlinear wave interaction for elastic material properties evaluation. 7 p.

• 223/01 Long time behaviour of soliton ensembles. 62 p.
  
• 224/01 On the thermomechanics of moving phase boundaries. 27 p.
• 225/01 Impact-induced martensitic phase transformations. 32 p.
• 226/01 Nonlinear waves in solids and the inverse problem. 23 p.
• 227/01 Construction and decomposition of multi-soliton solutions of KdV type equations. 12 p.
  
• 228/01 Construction of multi-soliton interaction patterns of KdV type equations. 17 p.
  
• 229/01 Construction and decomposition of multi-soliton solutions of KdV type equations. 18 p.
  
• 230/01 Solitonic structures in periodically forced dispersive media. 26 p.
  
• 231/01 NDE of inhomogeneous nonlinear elastic material by ultrasound nonlinear interaction data. 8 p.
• 232/01 NDE based on the analysis of ultrasonic waves nonlninear interaction in homogeneously predeformed material. 6 p.
  
• 233/01 Wave profile distortion and NDT of inhomogeneously predeformed material. 23 p.
  
• 234/01 Piano testing device: the force sensor problem. 7 p.
  
• 235/01 Experimental testing of piano hammers: features and parameters. 16 p.
  
• 236/01 Diagnostic performance of the nonlinear measures of heart rate variability. 3 p.
  
• 237/01 What does the correlation dimension of the human heart rate measure? 4 p.
  
• 238/01 Gradient-limited surfaces. 2 p.
  
• 239/01 Soliton formation in dispersive media with lower and higher order nonlinearity. 57 p.     

• 240/02 Solitons in hierarchical Korteweg-de Vries type systems. 71 p.
• 241/02 Solitons in media with higher order dispersion. 76 p.
• 242/02 Experimental and computational studies of the piano hammer I: Piano hammer testing device. 16 p.
• 243/02 Experimental and computational studies of the piano hammer II: Experimental testing and numerical determination of the piano hammer parameters. 14 p.
• 244/02 Nonlinear hysteretic models of piano hammer. 8 p.
• 245/02 Thermomechanics of discrete systems and thermoelastic wave and front propagation. 120 p.
• 246/02 Nonlinear interaction of ultrasonic waves in an inhomogeneously predeformed elastic material. 6 p.
• 247/02 Nonlinear interaction of waves with material inhomogeneity. 22 p.
• 248/02 Nonlinear ultrasonic wave interaction in weakly inhomogeneous elastic material. 4 p.

• 249/03 Waves in microstructured materials: comparative analysis of models.
• 250/03 Inverse problems for microstructured solids.
• 251/03 Ultrasonic nonlinear resonance for characterization of material inhomogeneity.
• 252/03 Nonlinear diagnostics of inhomogeneous prestress field by ultrasound.
• 253/03 Evaluation of plane inhomogeneous stress field by ultrasonic boundary measurements.
• 254/03 Experimental and theoretical studies of  piano hammer.
• 255/03 The dynamic behavior of wool felt.
• 256/03 Nonlinear wave interaction for inhomogeneous elastic material characterization.

• 257/04 O.Ilison, A.Salupere. Propagation of sech2-type solitary waves in higher order KdV-type systems.
• 258/04 CENS presentations at ICTAM 04. August 15-21, Warsaw.
• 259/04 J.Janno, J.Engelbrecht. Solitary waves in nonlinear microstructured materials.
• 260/04 A.Berezovski, M.Berezovski. Utilization of shape-memory alloys for structural vibration damping.
• 261/04 A.Berezovski, G.A.Maugin. Moving phase boundaries in solids: I. Thermomechanical description.
• 262/04 A.Berezovski, G.A.Maugin. Moving phase boundaries in solids: II. Thermoelastic phases in two dimensions.
• 263/04 A.Stulov. Special cases of the piano scale design.
• 264/04 A.Stulov. Piano hammer-string interaction.
• 265/04 A.Ravasoo. Wave interaction in inhomogeneously prestressed materials.
• 266/04 A.Braunbrück, A.Ravasoo. Wave interaction resonances in inhomogeneous elastic materials.
• 267/04 A.Braunbrück, A.Ravasoo. Nonlinear resonance of waves in inhomogeneous materials.
• 268/04 A.Ravasoo. Ultrasonic wave interaction for NDE of inhomogeneous prestress in materials.
• 269/04 L.Rebane. Propagation characteristics of coherent optical waves in a stratified medium with Kerr nonlinearity.
• 270/04 P.Peterson. Exact evolution of surface waves: potential flow and conformal mapping.
• 271/04 T.Soomere, S.Dick, M.Gäastgifvars, V.Huess, J.W.Nielsen. Project plan for implementation of interfacing between Baltic scale models to local (coastal area) models, Report to EU project PAPA, http://www.boos.org/papa/index.html, PAPA - Model nesting plan, 22pp. (WWW- publication).

• 271/05 V.A.Saks, M.Vendelin,  M.K.Aliev, T.Kekelidze, J.Engelbrecht. Mechanism and modeling of energy transfer between and among intracellular compartments.
• 272/05 A.Berezovksi, G.A.Maugin. On the velocity of moving singularities in solids – I.
• 273/05 A.Berezovksi, G.A.Maugin. On the velocity of moving singularities in solids – II.
• 274/05 A.Berezovksi. Macroscopic description of stress-induced phase transition front propagation. Part I. Theoretical background.
• 275/05 A.Berezovksi. Macroscopic description of stress-induced phase transition front propagation. Part II.  Impact-induced phase transition front propagation in a bar.
• 276/05 O.Ilison, A.Salupere. On the propagation of solitary pulses in microstructured materials.
• 278/05 A.Berezovksi, M.Berezovski, G.A.Maugin. Impact-induced phase transition front propagation in an adiabatic bar.
• 279/05 A.Stulov. A spectral approach to the problem of piano string scale optimization.
• 280/05 A.Ravasoo, A.Braunbrück. Nonlinear acoustic techniques for NDE of materials with variable properties.
• 281/05 A.Braunbrück, A.Ravasoo. Wave interaction resonance in weakly inhomogeneous nonlinear elastic material.
• 282/05 A.Braunbrück, A.Ravasoo. Application of counterpropagating nonlinear waves to material characterization.