CAE
Computer Aided Engineering
(Computer Aided Engineering) for mechanical refers to software used for mechanical analysis and simulations. One common software suite for this purpose is "ANSYS Mechanical," part of the ANSYS suite of Computer Aided Engineering simulation software. ANSYS Mechanical is widely used for performing structural, thermal, and other mechanical analysis on components and systems. This software simulates the behavior of mechanical systems under various conditions, saving time and resources during product development.
Services
Our Services
֍ Finite Element Analysis (FEA)
Analyze the behavior of structures and components under various loading conditions to solve stresses, strain, and deformation.
֍ Electromagnetic Simulation
Analyze the behavior of electromagnetic fields within devices and systems, including antenna design and electromagnetic compatibility.
֍ Computational Fluid Dynamics (CFD)
Simulate the behavior of fluid flows and their interaction with solid structures, including heat transfer analysis.
֍ Fatigue Analysis
Provides fatigue analysis reports that assess the long-term durability and reliability of components subjected to cyclic loading.
֍ Multibody Dynamics (MBD)
Analyze mechanical systems composed of interconnected rigid or flexible bodies, such as vehicles and machinery.
֍ Acoustic Analysis
Simulate sound wave propagation within mechanical systems to predict noise levels and optimize designs for noise reduction.
֍ Thermal Analysis (TH)
Analyze heat transfer phenomena within mechanical systems, predicting temperature distributions and thermal stresses.
Report
Pipe Analysis Report
- Pipe Analysis evaluates the stresses, deformations, and forces within a piping system.
- Its primary goal is to ensure the safe and reliable operation of piping systems across the plant.
- This analysis involves sophisticated calculations and simulations to predict potential points of weakness or failure.
Report
Multiphase Flow
֍ Impact of Water Droplet on Surface
Simulate and Analyze the dynamic interaction between water droplets and various surface types of study splash patterns, spreading behaviour, and retention.
֍ Effect of Contact Angles on Surface Wettability
Investigate how different contact angles infulence surface wetting properties, providing valueable insights for material design and performance optimization.
Report
Fluid Structure Interaction
֍ Flexible Obstacle in Pipe Flow
Analyze the impact of a flexible obstacle within fluid flow, simulating dynamic interaction that affect both the flow behavior and structural integrity.
֍ Effect of Obstacle on Fluid Pressure & Velocity
Study how the presence of an obstacle alters fluid pressure distribution and velocity profiles within the pipe, providing key insights for system optimization.
֍ Pressure Force Calculation on Pipe Wall at Obsatcle Point
Calculation the precies pressure forces exerted on the pipe wall at the point of the obstacle, enabling more accurate assessments of stress and potenial failure points.
