My work for "Zhilstroy" is structural design of the constructions.
Object in FEM model:
... and the same object in concrete:
Rusakov Alexander Ivanovich, Dr. of Technical Sc. alexrusa2012@yandex.ru. phone 007-863-2635832. 344022, Bolshaya Sadovaya st., 188, 19, Rostov-on-Don.
Born in 1955 in Rostov-on-Don. Graduated from Rostov State University on speciality "Phisics" in 1977.
Working activity:
Before 2001 - the teaching in Rostov Militaty Institute of Rocket Forces.
From 2001 to 2006 - Head of the Chair of Structural Mechanics in Rostov State University of Transport Communication.
From 2006 to 2012 - Engineer, Principal Engineer, Chief of the Group on Structural Design,
the J.-S. Co. "Project-8" of the Corporation "Zhilstroy" in Rostov-on-Don.
From 2012 to march 2013 - the Chief Designer of the J.-S. Co. "South Regional Scientific Research and Design
Institute of City Planning" in Rostov-on-Don.
For the applied problems of structural design it is alloted special page - click here.
The breaf list of scientific papers: Paperlist.txt.
Scientific results by the branches:
1. The performance check for engineering systems.
1.1. Math. Statistics.
The article: Rusakov A.I. Checking Hypothesis of Distribution of the System State Vector by a Run of Regression Experiments under Multicollinearity. Automation and Remote Control, 1996, No.5. (In Rus. edition pp.82-95.)
The article: Rusakov A.I. An Asymptotic Approach to Analyzing Multicollinearity of the Regression Model. Automation and Remote Control, 1998, No.1. (In Rus. edition pp.181-186.)
The article: Rusakov A.I. Acceptance Check for Engineering Objects Based on Components of the Goal Characteristic. Automation and Remote Control, 1999, No.2. (In Rus. edition pp.172-179.)
The article: Rusakov A.I. An Improved Reduction Algorithm to Check Hypotheses for the Multicollinear Regression Model. Automation and Remote Control, Vol.62, No.5, 2001, pp.762-771. Preprint, PDF, 327 KB
The article: Rusakov A.I., The Technique of Experimental-Theoretical Estimation of Deflections of Monolithic Armored Floor. Industrial and Civil Engineering. 2010, No.3, pp.28-32. (In Russian.) Preprint in Russian, PDF, 175K.
Comp. program for MS DOS: Data Analysis of Testing for High-Accuracy Systems (Local Optimization of the Test Power with Stepwise Regression). File SFX 'Selctn.exe', 120 K.
1.2. Signal Filtering.
The article: Rusakov A.I., Kokhanenko I.K. Minimax-Property of Kalman's Filtering Algorithm with Inexactly Presented Dispersion Matrices. Cosmic Research, 1991, V.29, No.2. (In Rus. edition pp.194-200.)
The article: Rusakov A.I., Kokhanenko I.K. About Precision of the Linear System's State Recurrent Estimators. Cosmic Research, 1992, V.30, No.3. (In Rus. edition pp.291-300.)
The article: Rusakov A.I., Kokhanenko I.K. Linear System Indefinite State Estimation in Suggestion of Given Region of States and Stochastic Measurement Noise. Cosmic Research, 1994, V.32, No.2. (In Rus. edition pp.10-21.)
The article: Rusakov A.I. Non-optimal Estimates in the Case of Multicolleniarity. Automation and Remote Control, 1994, No.10. (In Rus. edition pp.88-104.)
1.3. Decision Theory.
The article: Rusakov A.I. Partially Bayesian Approach to the Acceptance Testing of Technical Objects. Automation and Remote Control, 1998, No.4. (In Rus. edition pp.166-172.)
1.4. Observation Models.
- Papers 12, 15 of the breaf paper-list.
2. Optimization.
The article: Rusakov A.I. Concave Programming under Simplest Linear Constraints. Computational Mathematics and Mathematical Physics, Vol. 43, No. 7, 2003, pp.908-917. Preprint, PDF, 193 KB
Comp. program for MS DOS: The Concave Programming with Simplest Linear Constraints (Global Maximization of the Convex Function with a Large-Scale Vector-Argument). Archive 'Concave.zip', 277K. Manual:PDF, 45K.
3. Linear Algebra.
The article: Rusakov A.I. Extremal Representation for Non-diagonal Elements of Hermitian Matrix. Preprint. 2007. File PDF.
4. Mechanics of Rigid Deformed Bodies.
The article: Rusakov A.I. Correct Evaluation of Reduced Masses under Impact. Bulletin of Rostov State University of Transport Communication, 2003, No.2, pp.134-137. (In Russian.) File PDF, 103K.
The report: Rusakov A.I. Rational Algorithm of Finite-Elements Method. In Coll.: Proceedings of All-Russian Scientific Conference "Transport-2006". Part 3. Rostov-on-Don: Rostov State University of Transport Communication, 2006, pp.87-89. (In Russian.)
The article: Rusakov A.I., Modeling of Pile Foundation as a Nodal System with Pair Interaction: Theoretical Basics. Industrial and Civil Engineering. 2012, No.5, pp.38-41. (In Russian.)
The article: Rusakov A.I., Modeling of Pile Foundation as a Nodal System with Pair Interaction: Comparative Analisis of Simulation Results. Industrial and Civil Engineering. 2012, No.6, pp.37-39. (In Russian.)
