Ansys Workbench

ANSYS Workbench is a widely used and comprehensive simulation software platform developed by ANSYS Inc. It plays a crucial role in the field of mechanical engineering, enabling engineers and analysts to perform a wide range of simulation and analysis tasks to understand, optimize, and validate mechanical designs.

ANSYS Workbench is a powerful simulation and analysis platform tailored for mechanical engineers and analysts. It provides a suite of integrated tools and capabilities for simulating and optimizing mechanical designs and systems.

Why Choose Us:

• From Fundamentals to Advanced: SKYSYS Engineering cover Ansys workbench from the ground up, starting with the basics and gradually progressing to advanced topics. No matter your current skill level, you’ll find value in this course.
• Hands-On Experience: SKYSYS Engineering believe in learning by doing. Throughout the course, you’ll work on hands-on projects and exercises to reinforce your understanding of Ansys workbench concepts. 
• Interactive Learning: SKYSYS Engineering training sessions are highly interactive, allowing you to engage with instructors and fellow students. You’ll have opportunities to ask questions, seek clarification, and collaborate on projects.
• Project Portfolio: By the end of the course, you’ll have a portfolio of Ansys workbench projects to showcase to potential employers. These projects will demonstrate your expertise and problem-solving abilities.
• Flexibility: SKYSYS Engineering understand that life can be busy, so we offer flexible training options. Choose from in-person classes, live online sessions, or self-paced modules to fit your schedule and learning style.
• Small Class Sizes: SKYSYS Engineering maintain small class sizes to provide personalized attention to each student. This fosters a supportive learning environment where your questions are always welcome.
• Career Guidance: We’re not just focused on teaching; we’re invested in your success. Our career guidance and job placement assistance help you transition into a rewarding career in design or engineering.

Course Content:

• Day 1 ? Introduction to FEM Techniques
• ? Introduction to ANSYS Workbench
• ? Graphical User Interface
• ? Analysis procedure
• Day 2 ? Engineering Data
• ? ANSYS Engineering Data source library
• ? Assigning new material
• ? Importing Material
• ? Creating user material
• ? Adding new material in current library
• Day 3 ? ANSYS Design Modeler
• ? Introduction to Design Modeler
• ? GUI of Design Modeler
• ? Planes and sketches
• ? Sketching
• ? 3D Modelling
• ? 3D Features to create solids
• Day 4 ? ANSYS Design Modeler
• ? Patterns
• ? Symmetricity
• ? Lines and surfaces
• ? Boolean operations
• ? Body transformations
• Day 5 ? Static structural Analysis
• ? Introduction to Static Structural
• Analysis
• ? Loads and Supports systems
• ? 1-D Analysis
• ? Viewing Results
• ? SFD & BMD
• ? 2-D Analysis
• Day 6-7 ? Static structural Analysis
• ? Hydrostatic pressure
• ? Remote Force
• ? Applying Moments
• ? Bearing Loads
• Day 8 ? Steady State Thermal
• ? Conduction, Convection and Radiation
• ? Heat flux
• ? Internal heat generation
• ? Functional boundary condition
• Day 9 ? Thermal – Structure Coupling Project
• Day 10 ? ANSYS Meshing I
• ? Introduction to FEM Techniques
• ? Global Meshing controls
• ? Local Meshing controls
• ? Generating Mesh
• ? Define element size
• ? Relevance center and number
• Day 11 Modal (Vibration Analysis)
• ? Basics of free vibration
• ? Natural frequency
• ? Number of mode shapes
• ? Modal Results
• Day 12 ? Explicit Dynamics
• ? Impact test analysis
• ? Crash test
• ? Non-linear and linear material failure
• ? Tensile test
• Day 13 ? Doubt Session
• Day 14-15 ? Linear Bucking
• Day 16-18 ? Rigid Dynamics
• Day 19 ANSYS Meshing II
• Day 20 ? Design Optimization
• ? Parametric Study
• Day 21 Design Optimization
• ? Design of Experiment
• ? Screening Method to optimize design
• Day 22 Topology Optimization
• Day 23 ? Advance Post Processing
• ? Viewing results
• ? Scoping results
• ? Exporting results
• ? Plotting graphs
• Day 24-25 ? Transient Structure and Thermal Analysis
• Day 26-30 Major Project