Topology Design of Structures [E-Book] / edited by Martin Philip Bendsøe, Carlos A. Mota Soares.
Saved in:
Full text |
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Personal Name(s): | Bendsøe, Martin Philip, editor |
Soares, Carlos A. Mota, editor | |
Imprint: |
Dordrecht :
Springer Netherlands,
1993
|
Physical Description: |
XVI, 569 p. online resource. |
Note: |
englisch |
ISBN: |
9789401118040 |
DOI: |
10.1007/978-94-011-1804-0 |
Series Title: |
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NATO ASI Series, Series E: Applied Sciences ;
227 |
Subject (LOC): |
- I - Topology design of discrete structures
- Fundamental Properties of Optimal Topologies
- Topology Optimization of Three Dimensional Trusses
- Two Nonsmooth Approaches to Simultaneous Geometry and Topology Design of Trusses
- Minimax Compliance Truss Topology Subject to Multiple Loading
- An Interior Point Algorithm for Truss Topology Design
- Truss Topology Optimization with Stress and Displacement Constraints
- II - Discrete design and selection problems
- Discrete Valued Optimal Design Problems
- Discrete Optimal Design Using a Genetic Algorithm
- Lay-out and Sizing Design of Civil Engineering Structures in Accordance with the Eurocodes
- Genetic Algorithms in Structural Topology Optimization
- Optimal Placement of Actuators and other Peripherals for Large Space Structures
- Passive/Active Strut Placement by Integer Programming
- III - The homogenization method for topology design
- Topology and Generalized Layout Optimization of Elastic Structures
- Topology Optimization and Optimal Shape Design using Homogenization
- A Displacement-Based Topology Design Method with Self-Adaptive Layered Materials
- A Numerical Algorithm for Topology and Shape Optimization
- IV - Alternative methods for topology design of continuum structures
- Layout Theory for Grid-type Structures
- Topology Optimization using Iterative Continuum-Type Optimality Criteria (COC) Methods for Discretized Systems
- Some Explorations in the Genesis of Structures
- V - Boundary shape design methods
- Imbedding / Control Approach for Solving Optimal Shape Design Problems
- Applications of Material Derivative Method
- Optimal Design of Thin Laminated Composite Structures
- VI- Relaxation and optimal shape design
- Why Does It Seem Difficult to Avoid Homogenization Type Methods in Order to Change Topology in Shape Optimization
- Existence Via Relaxation for Some Domain Optimization Problems
- Extremal Eigenvalue Problems for Starlike Drums
- VII - Effective media theory and optimal design
- On the Strength of Composite Materials: Variational Bounds and Computational Aspects
- Effective Properties for Non-Linear Composite Materials: Computational Aspects
- The Warping and the Torsion Problems in a Quasi-Periodically Perforated Domain
- VIII - Extending the scope of topology design
- Optimum Layout and Shape of Plate Structures using Homogenization
- Optimal Reliability Design of Plates.
- Topology Optimization of Linear Elastic Structures Subjected to Thermal Loads
- Truss Topology Design for Elastic/Softening Materials
- Decision Makings for Initial Designs Made of Advanced Materials
- IX - Topology design in a computer aided design environment.
- Integrating Topology and Boundary Variations Design Methods in a CAD system
- Integrated Structural Optimization System
- X - Aspects of topology design
- Topology Design of Discrete Structures
- An Optimization-Based Approach to the Domain Decomposition Problem in Parallel Finite Element Analysis
- Stability of Optimal Structures of Elastic Composites.