Structural Optimization: Volume 1: Optimality Criteria: Mathematical Concepts and Methods in Science and Engineering, cartea 34
Editat de M. Save, W. Prageren Limba Engleză Paperback – 7 mai 2012
Din seria Mathematical Concepts and Methods in Science and Engineering
-
Preț: 387.09 lei -
Preț: 380.46 lei - 18%
Preț: 804.11 lei -
Preț: 371.73 lei -
Preț: 382.49 lei -
Preț: 384.90 lei -
Preț: 369.74 lei -
Preț: 369.90 lei -
Preț: 375.27 lei -
Preț: 368.23 lei -
Preț: 371.73 lei - 20%
Preț: 617.68 lei -
Preț: 383.03 lei -
Preț: 374.14 lei -
Preț: 373.24 lei - 15%
Preț: 628.56 lei - 20%
Preț: 321.03 lei - 15%
Preț: 614.60 lei - 20%
Preț: 324.03 lei -
Preț: 368.23 lei - 15%
Preț: 627.79 lei - 15%
Preț: 466.78 lei - 18%
Preț: 904.06 lei - 18%
Preț: 919.54 lei -
Preț: 374.14 lei - 18%
Preț: 919.07 lei - 15%
Preț: 619.75 lei - 18%
Preț: 920.13 lei - 18%
Preț: 1185.38 lei - 18%
Preț: 1185.51 lei -
Preț: 377.48 lei - 18%
Preț: 920.75 lei - 15%
Preț: 614.24 lei - 18%
Preț: 913.16 lei - 15%
Preț: 623.70 lei -
Preț: 376.01 lei - 15%
Preț: 546.63 lei
Preț: 376.17 lei
Puncte Express: 564
Preț estimativ în valută:
66.50€ • 77.85$ • 58.07£
66.50€ • 77.85$ • 58.07£
Carte tipărită la comandă
Livrare economică 06-20 martie
Specificații
ISBN-13: 9781461579236
ISBN-10: 1461579236
Pagini: 348
Ilustrații: XII, 346 p. 3 illus.
Dimensiuni: 155 x 235 x 18 mm
Greutate: 0.49 kg
Ediția:1985
Editura: Springer Us
Colecția Springer
Seria Mathematical Concepts and Methods in Science and Engineering
Locul publicării:New York, NY, United States
ISBN-10: 1461579236
Pagini: 348
Ilustrații: XII, 346 p. 3 illus.
Dimensiuni: 155 x 235 x 18 mm
Greutate: 0.49 kg
Ediția:1985
Editura: Springer Us
Colecția Springer
Seria Mathematical Concepts and Methods in Science and Engineering
Locul publicării:New York, NY, United States
Public țintă
ResearchCuprins
1. Review of Some Basic Concepts and Theorems of Structural Analysis.- 1.1. Static and Kinematic Variables.- 1.2. Linearly Elastic Structures.- 1.3. Rigid, Perfectly Plastic Structures.- 1.4. Elastic, Perfectly Plastic Structures.- 2. Problem Formulation and Optimality Criteria.- 2.1. Terminology.- 2.2. Problem Types.- 2.3. Elementary Problems of Structural Optimization.- 2.4. Empirical Optimality Criteria.- 2.5. Ill-Posed Problems.- 3. Optimal Design of Beams and Frames.- 3.1. Optimality Condition for Prescribed Load Factor at Plastic Collapse.- 3.2. Optimal Plastic Design for Given Collapse Load.- 3.3. Optimality Condition for Prescribed Elastic Compliance.- 3.4. Optimal Elastic Design for Given Compliance.- 3.5. Various Behavioral Constraints: Common Features and Optimality Conditions.- 3.6. Examples of Optimal Single-Purpose Structures for Various Behavioral Constraints.- 3.7. General Formulation of Optimality Conditions for Multipurpose Beams and Frames.- 3.8. Examples of Optimal Design of Multipurpose Structures.- 3.9. Optimization of the Layout.- 4. Optimal Design of Trusses.- 4.1. Optimal Plastic Design of a Truss of Given Layout for a Single Loading.- 4.2. Optimal Layout of a Truss in Plastic Design for a Single Loading.- 4.3. Michell’s Problem.- 4.4. Michell Fields.- 4.5. Use of Michell Fields.- 4.6. Optimal Design of an Elastic Truss for Given Compliance.- 4.7. Nearly Optimal Layout of Trusses with a Finite Number of Joints.- 4.8. Some Remarks on Optimal Trusses.- 4.9. Appendix.- 5. Optimal Design of Grillages.- 5.1. Optimal Plastic Design of Rectangular Grillages of Orthogonal Prismatic Beams.- 5.2. Optimal Layout of a Grillage in Plastic Design for a Single Loading.- 5.3. Morley Fields.- 5.4. Matching of Morley Fields.- 5.5. Optimal Polygonal Grillages.-5.6. Partially Discretized Grillages.- 6. Optimal Design of Plates, Shells, and Disks.- 6.1. Introduction.- 6.2. Circular Plates with Axisymmetric Loading.- 6.3. Other Plate Problems.- 6.4. Cylindrical Shell under Axisymmetric Loads.- 6.5. Other Shell Problems.- 6.6. Circular Disks in Plane Stress.- 6.7. Other Optimal Disk Problems.- 7. Lagrange Multiplier Methods for Optimization with Constraints.- 7.1. Introduction.- 7.2. Beams in Bending.- 7.3. Plates in Bending.- 7.4. Optimal Segmentation and Optimal Location of Supports.- 7.5. General Discussion.- 8. Review of Some Extensions of Design Procedures.- 8.1. Introduction.- 8.2. Extensions to Other Structures.- 8.3. Extensions to Other Behavioral Constraints.- 8.4. Extensions to Other Cost Functions.- 9. Solutions to Exercises.- References.