Contents
Preface
Introduction (.pdf, 6.11 Mb)
Chapter 1. Choice of analysis model (.pdf, 7.94 Mb)
Chapter 2. Regulation of forces and displacements (.pdf, 13.83 Mb)
- 2.1 Regulation by change of geometrical scheme
- 2.2 Regulation by change of rigidity
- 2.3 Regulation by prestressing
- 2.4 Regulation by displacing the supports
- 2.5 Regulation by change of schemes
- 2.6 Regulation by succession
- 2.7 Regulation during reconstruction
Chapter 3. Regulation of stability and vibrations (.pdf, 2.58 Mb)
- 3.1 The stability regulation
- 3.2 The vibrations regulation
Chapter 4. Regulation of forces and displacements (.pdf,12.48 Mb)
- 4.1 Regulation by supporting ties
- 4.2 Regulation by strengthening devices
- 4.2.1 Strengthening by a strut frame
- 4.2.2 Stiffening by ribs
- 4.2.3 Choice of load transmition schemes
- 4.3 Regulation by variation of rigidity
- 4.4 Regulation by succession of erection
- 4.5 Regulation of vibrations
Chapter 5. Structural optimization (.pdf, 26.68 Mb)
- 5.1 Usage of necessary extremum conditions
- 5.1.1 Application of classical methods of mathematical anal¬ysis and calculus of variations
- 5.1.2 Usage of L.S. Pontryagin's maximum principle
- 5.2 Some special methods
- 5.3 Methods of mathematical programming
- 5.3.1 Linear programming (LP)
- 5.3.2 Nonlinear programming (NLP)
- 5.3.3 Dynamic programming
- 5.3.4 The random search
- 5.4 Methods of multi-criterion structural optimization
Chapter 6. Computer aided solution (.pdf, 8.1 Mb)
- 6.1 General reasonings
- 6.2 Linear regulation problems
- 6.3 Non-linear regulation problems
- 6.4 Programs for structural regulation
- 6.4.1 Programm "EXREG"
- 6.4.2 Program "PLAST"
- 6.4.3 Program "RITM"
Chapter 7. Laboratory practicum (.pdf, 4.61 Mb)
- 7.1 Laboratory work No. 1
- 7.2 Laboratory work No. 2
- 7.3 Laboratory work No. 3
- 7.4 Laboratory work No. 4
- 7.5 Laboratory work No. 5
- 7.6 Laboratory work No. 6
Chapter 8. Automatic structural control (.pdf, 11.21 Mb)
- 8.1 On the existent tendencies
- 8.2 Classification of problems
- 8.3 Connection of structural control problems
- 8.4 Solution algorithms for problems of automatic control
- 8.5 Means of technical realization
- 8.6 Realization of direct self-adjusting ACS
- 8.7 Realization of identificational self-adjusting ACS
- 8.8 Conclusion. Themes and problems
Appendix A. Tables for analysis of plates (.pdf, 5.72 Mb)
Appendix В. Computer programs for structural analysis (.pdf, 3.49 Mb)
- B.l Plane frames. Program "EXTRA"
- B.2 Analysis of plates. Program "PLITA"
- B.3 Linear programming. Program "LPMIC"
- B.4 Linear algebra
- B.5 Minimax problem. Program MIMALP
- B.5.1 Statement of discrete minimax problem
- B.5.2 On algorithms searching discrete minimax
- B.5.3 Program MIMALP
Bibliography (.pdf, 1.53 Mb)