A finite element program is presented for computer-automated, minimum weight design of elastic structures with constraints on stresses (including local instability criteria) and displacements. Volume 1 of the report contains the theoretical and user's manual of the program. Sample problems and the listing of the program are included in Volumes 2 and 3. The element subroutines are organized so as to facilitate additions and changes by the user. As a result, a relatively minor programming effort would be required to make DESAP 1 into a special purpose program to handle the user's specific design requirements and failure criteria
A user's guide is presented for the ACCESS-2 computer program. ACCESS-2 is a research oriented progr...
The APAS program a multistation structural synthesis procedure developed to evaluate material, geome...
A finite-element based procedure is described for obtaining minimum mass designs of structures subje...
DESAP 2 is described as a finite element program for computer-automated, minimum weight design of el...
Prepared by the Pennsylvania State University, University Park, Pa., for George C. Marshall Flight C...
Prepared by the Pennsylvania State University, University Park, Pa., for George C. Marshall Flight C...
The state of the art of automated structural design through the use of optimality criteria, with emp...
AGGIE 1 is a computer program for predicting the linear and nonlinear, static and dynamic structural...
The objective of the present work was the structural optimization of thin shell structures that are ...
Finite element method computer program for solution of stress distribution in plane elastic continu
Research on the optimization of wing structures under multiple constraint such as strength, displace...
Program generates and solves governing equations for unknown deflection of mesh points as if problem...
Structural optimization has been available to the structural analysis community as a tool for many y...
Structural Design and Analysis Toolset is a collection of approximately 26 Microsoft Excel spreadshe...
A computer code for Preliminary Aircraft Structural Synthesis provides rapid and accurate analysis f...
A user's guide is presented for the ACCESS-2 computer program. ACCESS-2 is a research oriented progr...
The APAS program a multistation structural synthesis procedure developed to evaluate material, geome...
A finite-element based procedure is described for obtaining minimum mass designs of structures subje...
DESAP 2 is described as a finite element program for computer-automated, minimum weight design of el...
Prepared by the Pennsylvania State University, University Park, Pa., for George C. Marshall Flight C...
Prepared by the Pennsylvania State University, University Park, Pa., for George C. Marshall Flight C...
The state of the art of automated structural design through the use of optimality criteria, with emp...
AGGIE 1 is a computer program for predicting the linear and nonlinear, static and dynamic structural...
The objective of the present work was the structural optimization of thin shell structures that are ...
Finite element method computer program for solution of stress distribution in plane elastic continu
Research on the optimization of wing structures under multiple constraint such as strength, displace...
Program generates and solves governing equations for unknown deflection of mesh points as if problem...
Structural optimization has been available to the structural analysis community as a tool for many y...
Structural Design and Analysis Toolset is a collection of approximately 26 Microsoft Excel spreadshe...
A computer code for Preliminary Aircraft Structural Synthesis provides rapid and accurate analysis f...
A user's guide is presented for the ACCESS-2 computer program. ACCESS-2 is a research oriented progr...
The APAS program a multistation structural synthesis procedure developed to evaluate material, geome...
A finite-element based procedure is described for obtaining minimum mass designs of structures subje...