{"id":1370,"date":"2012-05-14T06:04:11","date_gmt":"2012-05-14T13:04:11","guid":{"rendered":"http:\/\/simmakers.com\/cn\/?page_id=1370"},"modified":"2014-11-20T15:51:01","modified_gmt":"2014-11-20T12:51:01","slug":"publications","status":"publish","type":"page","link":"https:\/\/simmakers.com\/cn\/publications\/","title":{"rendered":"\u51fa\u7248\u7269"},"content":{"rendered":"
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\n1. The problem of CAE software application for solving specific problems in oil and gas industry. \/\/ 4th International Conference \u201cENERCON 2013\u201d on innovative development of oil and gas sector, Moscow, June 26-28, 2013.<\/a>
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\n2. Computer simulation for solving environmental problems in oil and gas industry. \/\/ Fourth Oil and Gas conference \u201cEcosecurity \u2014 2013\u201d, Moscow, April 23, 2013.<\/a>
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\n3. Software development for specific problems in oil and gas industry. \/\/ XIII scientific conference \u201cInformation Technologies in engineering\u201d, Tyumen, April 2-4, 2013.<\/a>
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\n4. Specificity of the Numerical Heat Transfer in the Engineering Problems of Foundations Construction in Permafrost Soils. \/\/ XIII scientific conference \u201cInformation Technologies in engineering\u201d, Tyumen, April 2-4, 2013.<\/a>
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\n5. Computer simulation and scientific software development. \/\/ Regional IT-conference \u201cSolIT 2013\u201d, Soligorsk, January 26-27, 2013.<\/a>
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\n6. Software implementation of finite element method for solving problem heat transfer in soil \/\/ Regional IT-conference \u201cSolIT 2013\u201d, Soligorsk, January 26-27, 2013.<\/a>
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\n7. Algorithms and methods of computational meshes creation for numerical solution of the Applied Physics objectives \/\/ Regional IT-conference \u201cSolIT 2013\u201d, Soligorsk, January 26-27, 2013.<\/a>
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\n8. Application of computer modeling for forecasting of radionuclides migration in soil. \/\/ Second International Conference on Environmental Management, Engineering, Planning and Economics (CEMEPE 09) & SECOTOX Conference, Greece, June 21 to 26, 2009<\/a>
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\n9. Modeling of the solute convection-diffusion in capillary-porous mediums considering the non-isothermal moisture transport \/\/ 6th Minsk International Heat and Mass Transfer Forum, Minsk. 2008. Vol. 2. Pp. 190-192.
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\n10. Application of Computer Modeling for the Analysis and Prediction of Contaminant Behavior in Ground Water Systems\/\/ Strategies to Enhance Environmental Security in Transition Countries: NATO Advanced Research Workshop, September 6-9, 2006. Sibiu, Romania. P. 32.
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\n11. Role of Renewable Energy Sources in Enhancement of Environmental and Energy Security of Belarus \/\/ Strategies to Enhance Environmental Security in Transition Countries: NATO Advanced Research Workshop, September 6-9, 2006. Sibiu, Romania. P. 31.
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\n12. Prospects of application of methods of computer modeling for the analysis and migration forecasting radionuclides in environment \/\/ Thesis\u2019s collection of International Conference \u00abChernobyl 20 years after. Strategy for recovery and sustainable development of the affected regions\u00bb. Homel. 2006. P. 197.
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\n13. Mathematical Modeling of Radioactive Impurity Migration in Soil in View of Non-isothermal Moisture Transport \/\/ Proceedings of the Fifth European Conference on Ecological Modeling, Pushchino, Russia, 19-23 September. 2005. Pp. 104-105.
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\n14. Software for hardening processes simulation \/\/ Belarus-polish practical scientific seminar: report thesises \/ Minsk. State Organization \u00abBelarusian Institute of System Analysis and Information Support for Scientific and Technical Sphere\u00bb. 2004. Pp. 91-93.
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\n15. Modeling of heat and moisture transport in capillary-porous medium\/\/Minsk: A. V. Lykov Institute of Heat and Mass Transfer of the National Academy of Sciences of Belarus. 2007. 292 p.
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\n16. Computer simulation of contaminants migration in natural disperse media. — 2011, Minsk, Pp. 212.<\/a>
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\n17. Application of the Frost 3D Software for Three-dimensional Simulation of Temperature Distribution in Permafrost during Thermal Stabilization\/\/Journal of Oil and Gas Construction\u201d, 2013, No 3. Pp.14-18.<\/a>
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\n18. Consistency of the Douglas\u2013Rachford splitting algorithm for the sum of three nonlinear operators: application to the Stefan problem in permafrost soils.\/\/Applied and Computational Mathematics, 2013. 2(4), Pp.100-108.<\/a>
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\n19. The use of CUDA technology for artificial neural networks training \/\/ BSUIR reports. 2010 No 7(53)<\/a>
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\n20. Methods and algorithms of hybridization for prediction radionuclides and chemicals transport in soil\/\/ Ecological News\/ Minsk. ISEU. 2008.
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\n21. Hybrid expert system based software for estimation radionuclides contamination in soil \/\/ Herald of Polatsk State University. Novopolotsk. PSU. 2008.
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\n22. Mathematical modeling of convection diffusion of solute under non-isothermal moisture transport in soil \/\/ Physical&Engineering Journal. Volume 81. 2008. No 5. Pp. 924\u2013935.
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\n23. Mathematical modeling of solute transport in aeration zone considering infiltration and evaporation \/\/ \u201cProtection and Restoration of the Environment IX\u201d\u2013 Kefalonia, Greece, June 30 \u2013 July 3, 2008.- 8 p. ISBN: 978-960-530-104-0.<\/a>
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\n24. Numerical modeling of impurity migration in soils \/\/ Nature management and environment: Collection of scientific articles. 2008.Minsk. Belarus Research-and-Development Center \u201cEcology\u201d. Pp. 72-79.
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\n25. Mathematical modeling of water and solute transport in soil\/\/ Ecological News. 2007. Pp. 62-71.
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\n26. Role of renewable energy sources in enhancement of environmental and energy security of Belarus \/\/ NATO Security through Science Series. Strategies to Enhance Environmental Security in Transition Countries. Springer. 2007. Pp. 279-294.
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\n27. Application of computer modeling for the analysis and prediction of contaminant behaviour in groundwater systems \/\/ NATO Security through Science Series. Strategies to Enhance Environmental Security in Transition Countries. Springer. 2007. Pp. 57-68.<\/a>
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\n28. Application of computer modeling for analysis and forecasting of radionuclide\u2019s migration in soil \/ Journal of the University of Applied Sciences Mittweida (Germany), 2006. No 10. Pp.44-49.<\/a>
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\n29. Numerical investigation of mathematical models for electromagnetic waves distribution in mediums \/\/ Engineering News. 2006. No 1(21)\/3. Pp. 183-186.
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\n30. Architecture of hybrid expert system for prediction radionuclides transport in soil\/\/ Engineering News. 2006. No 1(21)\/3. Pp. 206-209
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\n31. Modeling of impurity migration in soil using of mathematical package FEMLAB \/\/ Engineering News. 2006. No 1 (21)\/3. Pp. 203-206
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\n32. Numerical investigation of mathematical models of moisture transport in soil \/\/ Engineering News. 2006. No 1(21)\/3. Pp. 52-55.
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\n33. Application of expert systems for analysis and optimization hardening processes\/\/ Herald of Polatsk State University. Applied sciences series. 2005. No 6. Pp. 73-78.
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\n34. Mathematical modeling of radionuclide distribution in near-surface soil layer \/\/ Radiation and anthropoecology: Collection of scientific works. Homel State Medical University. 2005. Pp. 62-65.
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\n35. Computer Simulation of Non-isothermal Water and Solute Transport in Soil \/Wissenschaftliche Zeitschrift der Hochshcule Mittweida(FH), 2005. No 13. Pp. 27-30.<\/a>
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\n36. Development of hybrid expert system for prediction of hardening process.\/\/ Engineering News. Minsk. 2005. No 1(19)\/1. Pp. 200-203.
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\n37. Complex mathematical model of heat treatment process of steel parts and its software development\/\/ The Proceedings of the National Academy of Sciences of Belarus, Series of Physical-Technical Sciences. 2005. No 2. Pp.7-11.
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\n38. Features of metal parts properties formation modeling during induction hardening \/\/ Journal of the Deformation and destruction of materials. 2005. No 9. Pp. 50-54.
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\n39. Application of computer modeling for forecasting of mechanical properties of metal parts after hardening \/\/ News of computer and information technology. 2005. No 8. Pp. 24-28.
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\n40. Modeling of the stress-strain condition of steel details during hardening \/\/ Journal of the Deformation and destruction of materials. 2005. No 5. Pp.37-41.
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\n41. Mathematical model of radionuclides migration in soil \/\/ Herald of Polatsk State University. Fundamental sciences. 2005. No 3. Pp.56-60.
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\n42. Application of computer modeling for forecasting of mechanical properties of metal details after heat treatment \/\/ Herald of Polatsk State University. Fundamental sciences. 2004. No 12. Pp. 12-17.
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\n43. Framework development based on dynamic replaceable modules for modeling of technological processes \/\/ Engineering News. 2004. No 1(17)\/3. Pp. 199-201.
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\n44. Computer modeling of processes of induction heating \/\/ News of the Belarus engineering academy, 2004, No 1(17)\/1. Pp. 81-84.
\nComputer modeling and investigation of the hardening processes \/\/ Reports of Belarusian State University of Informatics and Radioelectronics, 2003. Vol. 1, No 3. Pp. 65-71.
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\n45. Computer modeling and investigation of thermo-physical processes in steel parts during hardening \/\/ News of the Belarus engineering academy. 2003. No 1(15)\/2. Pp.168\u2013175.
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\n46. Computer modeling of the processes of the heat treatment of metal details \/\/ News of the Belarus engineering academy, 2002. No 1(13)\/2. Pp.155\u2013158.
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\n47. Computer Modeling of Environmental Problems in the Oil and Gas Industry\/\/ Journal \u201cNeft. Gaz. Novatsii\u201d (Oil. Gas. Innovations), # 10(177), 2013.<\/a>
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\n48. Computer Simulation of Artificial Ground Freezing with Frost 3D Software \/\/ International Conference \u201cEarth Cryology: XXI Century\u201d, Pushchino, Russia. September 29 — October 03, 2013.<\/a>
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\n49. Computationally Efficient Numerical Method for Heat Transfer Problems in the Engineering of Foundations Construction on Permafrost Soils \/\/ International Conference \u201cEarth Cryology: XXI Century\u201d, Pushchino, Russia. September 29 — October 03, 2013.<\/a>
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\n50. Quasilinear Heat Equation in Three Dimensions and Stefan Problem in Permafrost Soils in the Frame of Alternating Directions Finite Difference Scheme\/\/ Proceedings of the World Congress on Engineering, London, U.K, July 3 — 5, 2013. Vol. I, Pp. 1-6.<\/a>
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\n51. Computer simulation is becoming more widely used for predicting the effects of industrial objects on the environment. \/\/ Journal \u201cIndustrial ecology. Oil and Gas\u201d, 2012, No 1, Pp. 20-23.<\/a>
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\n52. Application of CUDA Technology for Parallel Computing Using Artificial Neural Networks \/\/ Information Technology and Software: Design, Development and Application: Collection of scientific articles \/ Yanka Kupala State University of Grodno; editorial board: Rudikova L.V. (ed.) [et al.] \u2013 Grodno: GrSU, 2011, Pp. 297-301.
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\n53. Using Artificial Neural Networks for Predicting the Transfer of Suspended and Dissolved Contaminants on Soil Surface \/\/ Collection of scientific articles \/ Yanka Kupala State University of Grodno; editorial board: Rudikova L.V. (ed.) [et al.] \u2013 Grodno: GrSU, 2011, Pp. 186-189.
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\n54. Development of Neural Networks for Predicting the Migration of Chemicals in Soil and Their Training Algorithms \/\/ Bulletin of BNTU, 2010, No 2. Pp. 33-39.
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\n55. Methods and Algorithms of Expert Systems Hybridization for Predicting the Migration of Radioactive and Chemical Substances in Soil \/\/ Scientific and practical journal: Ecological Bulletin, 2009,No. 1. Pp. 76-86.
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\n56. Implementation of Error Backpropagation Algorithm Using an Additional Signal \/\/ Bulletin of Polotsk State University, 2009, No. 9. Series C. Fundamental Sciences.
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\n57. Numerical modeling of solute transport in soil taking into account non-equilibrium sorption \/\/ Proceedings of international science conference \u201cRadiation and Ecosystems\u201d. Homel. 2008. Pp. 59-63
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\n58. Architecture of software \u201cEcoView\u201d for solving prediction solute transport tasks in soil\/\/ Proceedings of 8th international science conference \u201cSaharov readings 2008: Environmental Problems of the XXI Century\u201d. Minsk, May 22-23, 2008. Minsk. ISEU, 2008. Pp. 235-236.
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\n59. Equations of heat and mass transport in deformable capillary-porous mediums \/\/ Proceedings of 8th international science conference \u201cSaharov readings 2008: Environmental Problems of the XXI Century\u201d. Minsk, May 22-23, 2008. Minsk. ISEU, 2008. Pp. 228-229.
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\n60. Hybrid expert system framework development for prediction radionuclides transport in soil \/\/ Proceedings of International Scientific and Technical Conference \u2018Science, education, ecology problem solution\u2019. Russia, Ufa. 2007. Pp. 455-459.
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\n61. Modeling of contaminant transport in soil using math package FEMLAB \/\/ Proceedings of International Scientific and Technical Conference \u2018Science, education, ecology problem solution\u2019. Russia, Ufa 2007. Pp. 451-455.
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\n62. Efficiency of induction equipment application in heat treatment processes \/\/ Proceedings of VI International Scientific and Technical Conference \u201cMaterials, technologies and equipment in manufacturing, repairs and modernization of machines\u201d. 2007. April 24-26. Novopolotsk. Vol. 2. Pp. 59-62.
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\n63. Aspects of hybrid expert system construction for prediction radionuclides transport in soil \/\/ Proceedings of 7th international science conference \u201cSaharov readings 2007: Environmental Problems of the XXI Century\u201d. Minsk, May 17-18, 2007. \/ Minsk. ISEU, 2007. P. 229.
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\n64. Application of expert systems for soil physical-chemical properties estimation \/\/ Proceedings of 7th international science conference \u201cSaharov readings 2007: Environmental Problems of the XXI Century\u201d. Minsk, May 17-18, 2007. \/ Minsk. ISEU, 2007. Pp. 228-229.
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\n65. Numerical research of non-isothermal moisture transport influence on migration of solute in soil \/\/ Proceedings of 7th international science conference \u201cSaharov readings 2007: Environmental Problems of the XXI Century\u201d. Minsk, May 17-18, 2007. \/ Minsk. ISEU, 2007. Pp. 227-228.
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\n66. Prospects of application for computer modeling methods for the analysis and migration forecasting radionuclides in environment \/\/ International conference proceeding \u201cInternational Conference \u00abChernobyl 20 years after. Strategy for recovery and sustainable development of the affected regions\u201d. 2006 April 19-21.\/\/ Minsk: Committee of the Chernobyl NPP catastrophe consequences problems under the Belarusian Council of Ministers. 2006. April 19-21. Vol. 2. Pp. 82-87.
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\n67. Application of expert systems for prediction radionuclides and chemicals transport in soil \/\/ Proceedings of 6th international science conference \u201cSaharov readings 2006: Environmental Problems of the XXI Century\u201d. Minsk, May 18-19, 2006. Vol. 2. Minsk. ISEU, 2006. Pp. 162-166.
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\n68. Study of radionuclides migration in soil using computer simulation \/\/ Proceedings of 6th international scientific conference \u00abSaharov readings 2006: Environmental Problems of the XXI Century\u00bb, Minsk. 2006. Vol 2, Pp. 155\u2013158.
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\n69. Mathematical Modeling of Radioactive Impurity Migration in Soil in View of Non-isothermal Moisture Transport\/\/ Proceedings of the Fifth European Conference on Ecological Modeling \u2013 Pushchino, Russia 19-23 September 2005. Pp. 104-105.
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\n70. Computational modeling of radionuclide distribution in near-surface soil layer\/\/ Proceedings of 5th International Symposium \u201cActual problems of dosimetry\u201d. Minsk. ISEU. 2005. Pp. 97\u2013101.
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\n71. Application of computer modeling for prediction radionuclides transport in soil \/\/ Proceedings of 5th international science conference \u201cSaharov readings 2005: Environmental Problems of the XXI Century\u201d. Minsk. 2005. Pp. 177-179.
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\n72. Mathematical modeling of induction hardening using finite element method \/\/ Proceedings of international conference \u00abActual problems of the theory and practice of induction heating\u00bb, St. Petersburg, 2005. Pp. 292\u2013299.
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\n73. Features of modeling of properties formation of metal details during induction hardening \/\/ Proceedings of XLIII International Conference \u201cActual problems of strength\u201d\/ Vol. 1. Vitebsk. 2004. P. 17
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\n74. Modeling of the stress-strain condition of steel details during hardening \/\/ Proceedings of XLIII International Conference \u201cActual problems of strength\u201d. Vol. 1. Vitebsk. 2004. Pp. 10-16.
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\n75. Application of computer modeling for forecasting of mechanical properties of metal details after quenching \/\/ Proceedings of 3th international scientific and technical conference \u00abProblems of designing and manufacture of radio-electronic means\u00bb. Novopolotsk. PSU. 2004, Vol. 2, Pp. 197-200.
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\n76. Architecture of software based on dynamic replaceable modules for modeling of technological processes \/\/ Proceedings of 3th international scientific and technical conference \u00abProblems of designing and manufacture of radio-electronic means\u00bb. Novopolotsk. PSU. 2004. Vol. 2. Pp. 88-91.
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\n77. Virtual practical work \u201cSimulation of heat treatment processes\u201d\/\/ Information and network technologies — education of XXI century. Minsk. Technoprint. 2003. Pp. 62-64.
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\n78. Development of complex model and software for modeling of heat treatment of metal details \/\/ Collection of scientific articles of international scientific-educational forum \u00abEurope-2002\u00bb June 4. 2002. Minsk. EHU. 2003. Pp. 550-558.
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\n79. Computer modeling of hardening processes\/\/ Materials of International Scientific and Technical Conference \u2018Modern methods of machine designing. Analysis, designing and technology of manufacturing\u2019. No 3. Vol. 3. Minsk. BNTU. 2002. Pp. 134-137.
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\n80. Software for modeling hardening processes in steel parts \/\/ The collection of proceedings: Technology, the equipment, the automation, nondestructive check of processes of heating and hardening of details at the machine-building enterprises. Minsk.Technoprint. 2002. Pp. 105-109.
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\n81. Modeling of heat treatment of steel parts with finite element method application \/\/ Proceedings of Youth Scientific and Technical Conference. Bryansk State Technical University. 2002. P. 21-24.
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\n82. Features of modeling of microstructure on macro-level \/\/ Proceedings of 2th international scientific and technical conference \u00abProblems of designing and manufacture of radio-electronic means\u00bb. Novopolotsk. PSU. 2002. Vol. 2. Pp. 258\u2013261
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\u6703\u8b70\u6458\u8981   1. The problem of CAE software application for solving specific problems in oil and gas industry. \/\/ 4th International Conference \u201cENERCON 2013\u201d on innovative development of oil and gas sector, Moscow, June 26-28, 2013.   2. Computer simulation for solving environmental problems in oil and gas industry. \/\/ […]<\/p>\n","protected":false},"author":2,"featured_media":0,"parent":0,"menu_order":0,"comment_status":"open","ping_status":"open","template":"","meta":[],"_links":{"self":[{"href":"https:\/\/simmakers.com\/cn\/wp-json\/wp\/v2\/pages\/1370"}],"collection":[{"href":"https:\/\/simmakers.com\/cn\/wp-json\/wp\/v2\/pages"}],"about":[{"href":"https:\/\/simmakers.com\/cn\/wp-json\/wp\/v2\/types\/page"}],"author":[{"embeddable":true,"href":"https:\/\/simmakers.com\/cn\/wp-json\/wp\/v2\/users\/2"}],"replies":[{"embeddable":true,"href":"https:\/\/simmakers.com\/cn\/wp-json\/wp\/v2\/comments?post=1370"}],"version-history":[{"count":41,"href":"https:\/\/simmakers.com\/cn\/wp-json\/wp\/v2\/pages\/1370\/revisions"}],"predecessor-version":[{"id":1374,"href":"https:\/\/simmakers.com\/cn\/wp-json\/wp\/v2\/pages\/1370\/revisions\/1374"}],"wp:attachment":[{"href":"https:\/\/simmakers.com\/cn\/wp-json\/wp\/v2\/media?parent=1370"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}