Saeed Moeini
Двойное звено HSS для эксцентрично укрепленной рамы при циклической нагрузке Abaqus
Двухтрубный демпфер при циклической нагрузке Abaqus
Cyclic behavior of moment frame in Abaqus
Eccentrically braced frame with vertical shear link under cyclic loading Abaqus
Hysteretic performance of brace type damper consists of two slit dampers and one brace in Abaqus
Cyclic analysis of drilled flange connection (DFC) Abaqus
Seismic behavior of obliquely stiffened steel plate shear wall with openings
Progressive collapse of two-story by four-bay steel frame Abaqus
Double-stage yielding coupling beam damper under cyclic test Abaqus
Steel plate shear wall with two rectangular openings under cyclic loading Abaqus
Cyclic behavior of reduced beam section connection in Abaqus
Seismic Performance of beam to column connection with opening in Abaqus
Carbon steel slit damper under cyclic loading Abaqus
Ring-shaped steel plate shear wall under cyclic loading in Abaqus
Cyclic behavior of low-yield-point steel shear panel damper in Abaqus
Simulation of bare frame under cyclic loading in Abaqus
U-Shaped Steel Damper under cyclic loading Abaqus
Stainless steel plate shear wall under low cyclic loading Abaqus
Natural frequencies of two degree of freedom system using the Abaqus and Mechanical Vibrations book
Cyclic behavior of Low-yield-point (LYP) steel plate shear wall with stiffener Abaqus
Simulation of corrugated steel plate shear wall subjected to cyclic load
S-Shaped Steel Plate Damper (SSPD) under cyclic loading Abaqus
Honeycomb Structural Fuse (HSF) | metallic damper under cyclic loading Abaqus
Water column impact on rigid barrier using CEL method in Abaqus
X-shaped pipe damper (XPD) under cyclic loading Abaqus
Steel shaft under torsion | Calculation of Shearing stress in Abaqus
Косой удар мяча в воду с использованием метода CEL в программе Abaqus
Natural Frequency of Mass-Spring System using the Analytical Solution and Abaqus software
Period of the mass-spring system using the Abaqus software and Analytical Solution
Period of the pendulum using the Abaqus software and Analytical Solution