Structural Analysis

 

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Paper Code

Title and Authors

STR002

Coupled Model For The Dynamic Analysis Of Large-Scale Ssi Problems On High Performance Computing Platforms
 //\\ MEHMET CEMAL GENES - H. R. YERLI - S. KACIN

STR003

Determination Of Natural Frequencies Of Symmetrically Laminated Beams Using A Microcomputer Program
 //\\ KAMAL AOUISSATE - S.E. BENSEBTI - S. BELKACEM

STR009

Seismic Analysis Of Cable-Stayed Bridge Steel Towers With Base Plate Lift-Off  //\\ MOHAMED OMAR - TOSHIRO HAYASHIKAWA - SHEHATA E. ABDEL RAHEEM -  -

STR011

Inelastic Seismic Response Of Code- Designed Reinforced Concrete Bridges Subject To Seismic Loading
 //\\ KHAIRY HASSAN ABDELKAREEM

STR012

Dynamic Behaviour Of Bridge/Vehicle Interactive Systems //\\ AYMAN M. ELMAHDY - HISHAM A. ELARABATY - EL MOSTAFA M. HIGAZY - MOHAMMED N. FAYED

STR013

Numerical Approach In Predicting The Penetration Of Limestone  Target By An Ogive-Nosed Projectile Using Autodyn 3-D //\\ ADEL. M. BELAL - AHMED AL-OSTAZ

STR014

Evaluation Of Nonlinear Static Procedures Using Strong Motion Records //\\ HESSIEN A. MEGAHED  - M. W. WASEF

STR015

Seismic Analysis Of Multi Degree Of Freedom Fixed Base Structures With Viscous Dampers //\\ HUSSEIN MEGAHED - ABDEL-MAGUID KHAFAGI

STR016

Differential Motion Of Structures Supports During Earthquakes Learning From Previous Experiences And Practical Requirements  //\\ M. I. ELMASRY

STR017

Seismic Behavior And Retrofitting Of A Historical Minaret //\\ A. I. RAMADAN - A. F. HASSAN - S. A. MOURAD

STR018

Collapse Analysis Of Stone-Block Structures Under Seismic Excitation Using Applied Element Method //\\ A. S. DESSOUKY  - H. S. TAG EL-DIN - S. A. MOURAD

STR019

Lateral Torsional Buckling Of Tapered I-Beams: Variational Approach //\\ A. H. SALEM  - A. K. DESSOUKI  - S. M. IBRAHIM - E. A. WALLY

STR020

Proposed Method For Linear Siesimic Analysis Of Isolated Multi Degree Of Freedom  //\\ HUSSEIN MEGAHED - ABDEL-MAGUID KHAFAGI

STR021

Three dimensions dynamic coupled consolidation analysis of fully saturated soils: the scaled boundary finite element method approach //\\ M. HASSANEN


 

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