UR Masonry Walls Strengthen by Concrete Shotcrete
Numerical modeling of masonry wall generally divides into two categories: micro and macro modeling. On this course we’ll teach you the simplified micro method (UR Masonry Walls Strengthen by Concrete Shotcrete) and at the end we will strengthen the wall with concrete shotcrete and rebar. After this course, you will be able to simulate any type of such problem and extract cracks, forces and displacements.
Coupled Steel Plate Shear Wall
This Tutorial Video (Cyclic Test of a Coupled Steel Plate Shear Wall) is based on a laboratory sample and after this course, you will be able to simulate any type of steel shear walls using ABAQUS and extract the contour of stresses, strains, displacements and forces.
Modeling Masonry Walls using Composite Method
Masonry buildings are the most existing buildings in the world, so researchers are always developing their construction and retrofitting methods. This ABAQUS model is based on a laboratory sample. CDP Criterion (criteria) has been used for material behavior of composite wall that many researchers use to simulate the behavior of masonry members.
Steel Plate Subjected to Underwater Explosion
underwater explosion (also known as an UNDEX) is a chemical or nuclear explosion that occurs under the surface of a body of water. This ABAQUS model is based on a laboratory sample. The model describing Full FEM analysis of Underwater Explosion considering SSI. CAE and JNL Abaqus file and Result Excel files are provided to you.
Seismic Analysis of Frames Considering SSI
Soil–structure interaction (SSI) is commonly accounted for by a bounded analysis employing several different models. This numerical sample is not based on a laboratory sample. If you are interested in analysis of structures considering soil-structure interaction, it can be a suitable and affordable model for your studies. CAE + JNL files are provided to you by purchasing the product.
Steel Structural Connections (Flange Plate)
Connections are an important part of steel structures and are designed more conventionally than any individual members. This ABAQUS model is based on a laboratory sample. The model describing Full FEM analysis of Steel Structures Connection using ABAQUS for simulating behavior of steel structures. By evaluating this numerical model, you’ll be able to simulate any type of such connections using this software and extract the contour of stresses, strains, forces and displacements.
Seismic Behavior of Concrete Frame
This product (Abaqus video tutorial; Seismic Behavior of Concrete Frame) is based on a laboratory sample. The step-by-step tutorial describes the method which many researchers use to simulate the behavior of such structures. The main two failure mechanisms are assumed for tensile cracking and compressive crushing of concrete material and has been carefully applied through modeling prosses. After this course, you will be able to simulate any type of concrete frame and extract the contour of stresses, strains, forces and displacements.
Pile Bearing Capacity using ABAQUS
This product (ABAQUS Video Tutorial; Pile Bearing Capacity) is not based on a laboratory sample. But the assumptions of simulation are same as researchers input data for measuring soil and pile behavior. The length of the problem’s pile is 60 meters and the soil has three different layers (CL =22.5 meters, SP-SC=19 meters and CM= 28.5 meters).
Cyclic performance of Steel Frame with slit dampers
Slit dampers are a specific type of metallic yielding dampers, which are created by cutting a series of slits/openings in metal plates subjected to in-plane shear deformation. This ABAQUS model (Cyclic performance of steel Frame with slit dampers) is based on a laboratory sample. The model describing Full FEM analysis of Steel Structures with slit dampers using ABAQUS.
Simulation of Dominoes Falling in ABAQUS
If you are interested in simulating the contact behavior of structures, this numerical model is the right model for the initial evaluation of your research. After evaluating this product, probably you will be able to simulate this type of structural contact and extract the contour of stresses, strains and displacement. CAE and JNL files are provided to you by purchasing the product. You can edit and run Model using Abaqus 6.14.1 or higher versions.
Progressive Collapse Analysis of Structures Using ABAQUS
This Video Tutorial is not based on a laboratory sample and the step-by-step teaching method describes the full model creation that many researchers use today to simulate the phenomenon of progressive collapse. After this course, you will be able to simulate this type of structural failure and extract the contour of stresses, strains and displacement. Tutorial Video, CAE and JNL, related papers files are provided to you by purchasing the product. You can edit and run Model using Abaqus 6.14.1 or higher versions.
ABAQUS Video Tutorial; Behavior of Eccentrically Braced Frame with Tubular Link
This Video Tutorial is based on a laboratory sample and after this course, you will be able to simulate any type of steel braced frame using ABAQUS and extract the contour of stresses, strains, displacements and forces. Tutorial Video, CAE and JNL files and journal papers are provided to you by purchasing the product. You can edit and run Model using Abaqus 6.14.1 or higher versions.
ABAQUS Video Tutorial; Modeling Reinforced Concrete Slab Retrofitted by CFRP using ABAQUS
This Video Tutorial is produced based on a laboratory sample and the step-by-step teaching method describes the Concrete CDP Criterion model that many researchers use today to simulate the behavior of Concrete Structures. After this course, you will be able to simulate any type of concrete structures strengthen by FRP using this method and extract the contour of stresses, strains and concrete cracks. Tutorial Video, CAE and JNL, Papers and CDP creator Excel files are provided to you by purchasing the product. You can edit and run Model using Abaqus 6.14.1 or higher versions.
Finite Element Analysis of Steel Shear walls Using ABAQUS
This Video Tutorial is based on a laboratory sample and after this course, you will be able to simulate any type of steel shear walls using ABAQUS and extract the contour of stresses, strains, displacements and forces. You can edit and run Model using Abaqus 6.14.1 or higher versions.
ABAQUS Video Tutorial; Modeling Concrete Cylinder using Concrete Damage Plasticity in ABAQUS
This Video Tutorial is produced based on a laboratory sample and the step-by-step teaching method describes the Concrete CDP Criterion model that many researchers use today to simulate the behavior of Concrete Structures. After this course, you will be able to simulate any type of UR concrete structures using this method and extract the contour of stresses, strains and concrete cracks. Tutorial Video, CAE and JNL, Papers and CDP creator Excel files are provided to you by purchasing the product. You can edit and run Model using Abaqus 6.14.1 or higher versions.
ABAQUS VIDEO TUTORIAL; Modeling Infilled Concrete Frame USING ABAQUS
This Video Tutorial is produced and validated based on a laboratory sample. The results of the comparison of two samples indicate that numerical assumptions and simulation have led to acceptable results. Using this educational product, you can see the contour of the cracks and stresses caused by Lateral load. CAE and JNL, Result and CDP Excel files, Journal Paper and Video file are provided to you by purchasing the product. You can edit and run Model using Abaqus 6.14.1 or higher versions.
ABAQUS Video Tutorial; Modeling Masonry Walls (simplified micro model) using ABAQUS
This Video Tutorial is not produced based on a laboratory sample but the step-by-step teaching method describes the simplified micro model that many researchers use today to simulate the behavior of masonry walls. After this course, you will be able to simulate any type of masonry wall using this method and extract the contour of stresses, strains and wall/block cracks. Tutorial Video, CAE and JNL and CDP creator Excel files are provided to you by purchasing the product. You can edit and run Model using Abaqus 6.14.1 or higher versions.
Dear clientele
These videos are part of our numerical models and educational products that are placed on the YouTube social network. Click on the below link to see more of our research and educational products.
What we offer
Join Our Service
Join our service and enjoy its benefits. Register
Numerical Models
Numerical models of our researchers. Models
Video Products
Watch our exclusive training videos. Videos
Work with us
If you are interested, cooperate with us, Contact us.