Bolt Analysis Package in Abaqus
Introduction to Bolt Analysis and Simulation Bolts are among the most common fastening elements in engineering, used to join parts in machinery, structures, and vehicles. Although they may seem simple, bolts are often critical for safety and reliability, failure of a single bolt can cause entire systems to fail. To ensure performance, engineers use bolt […]
ABAQUS plugin for Concrete damaged plasticity
Concrete Damaged Plasticity (CDP) is a material model in ABAQUS designed to simulate the nonlinear behavior of concrete under various loading conditions, including tension, compression, and cyclic loading. It captures key features such as: Cracking in tension (brittle failure), Crushing in compression (plastic deformation), Stiffness degradation (damage accumulation) , Time-dependent effects (creep, shrinkage). CDP model […]
Rock and Stone Analysis Package in Abaqus
Introduction to Rock and Stone Analysis package The mechanical behavior of rock and stone under dynamic loading conditions is a critical area of study in geotechnical, civil, and mining engineering. Natural and engineered rock masses are frequently subjected to dynamic forces arising from blasting, earthquakes, impact loads, machine vibrations, and excavation activities. Unlike static loading, […]
Biomechanics Package
Biomechanics package This course provides a comprehensive exploration of biomechanics applied to orthopedic and dental contexts, with a focus on the mechanical principles that govern biological tissues and medical devices. Students will engage with a series of practical, simulation-based examples that bridge theoretical concepts with real-world applications in clinical engineering. The curriculum is structured to […]
Analysis of a RC beam column joint reinforced with steel plates and rods under vertical load in abaqus
Introduction to the Simulation of RC Beam-Column Joints with Steel Plates and Rods This tutorial investigates the simulation of a reinforced concrete (RC) beam-column joint strengthened with steel plates and rods under vertical loading in Abaqus. The concrete beam-column is modeled as a three-dimensional solid, the reinforcing steel bars and strips are defined as three-dimensional […]
Simulation of the five point bending of a composite concrete beam (NSC+UHPFRC) in Abaqus
Introduction to the Simulation of Composite Concrete Beam Bending in Abaqus This tutorial presents the five-point bending simulation of a composite concrete beam consisting of normal strength concrete (NSC) and ultra-high-performance fiber-reinforced concrete (UHPFRC) using Abaqus. The NSC cover is modeled as a three-dimensional solid part, while the UHPFRC core is also represented as a […]
Simulation of the concrete-encased CFST box stub columns under axial compression in Abaqus
Introduction to the Simulation of Concrete-Encased CFST Box Stub Columns under Axial Compression This tutorial presents the simulation of concrete-encased concrete-filled steel tubular (CFST) box stub columns under axial compression in Abaqus. The concrete column is modeled as a three-dimensional solid, while the steel pipes are also represented as solids. Steel bars and strips are […]
Simulation dynamic bending test of steel-UHPFRC composite beam(column) with multiple encased steel profiles in Abaqus
Introduction to the Simulation of Dynamic Bending in Steel Concrete Composite Beams with Encased Steel Profiles This tutorial presents the simulation of a dynamic bending test for a steel concrete composite beam (or column) with multiple encased steel profiles using Abaqus. The beam or column is modeled as a three-dimensional solid, and the two encased […]
Impact Analysis and Simulation Package
Introduction to Impact Analysis This course offers an in-depth study of impact dynamics and numerical simulation using Abaqus. It is designed to provide students, researchers, and practicing engineers with both theoretical understanding and practical skills in modeling a wide range of impact scenarios. Through systematically structured examples, participants will learn to model and analyze high-velocity […]
Sloshing Simulation and Analysis Package
Introduction to Sloshing Simulation and Analysis Sloshing refers to the oscillatory motion of liquid inside a partially filled container when subjected to dynamic excitations such as acceleration, vibration, or external loads. This phenomenon is commonly encountered in engineering applications like fuel tanks, LNG (liquefied natural gas) carriers, water reservoirs, spacecraft propellant tanks, and road tankers. […]
