SOLIDWORKS Simulation Premium Non-Linear Training
The SOLIDWORKS Simulation Premium Non-Linear training course assess the non-linear behaviours associated with rubber, composites, and large displacements.
Course Overview
This Simulation module focuses on the three branches of non-linear analysis:
Non-linear Material behaviour (rubbers and composites), Non-linear Geometric conditions (large displacements) and Non-linear contact considerations. Many structures behave in a non linear way, this could be the material properties or materials behaving beyond the yield point. The Non-linear module is part of the Simulation Premium add on product.
NOTE: This course is available as part of the Gold & Platinum Training Passports.
What You'll Learn
Course Agenda
Introduction
The basics of nonlinear analysis are explained. This starts with describing what a nonlinear analysis is, the types of nonlinearities that can occur and how these differ compared with a linear analysis. An overview of how the solver carries out the analysis is also provided which outlines some of the complexities involved. A summary about the various material models is also provided e.g. plasticity, hyperelastic (rubber) and hardening.
Lesson 1: Large Displacement Analysis
This introduces the concept of pseudo-time when fixtures and forces are applied etc. The linear vs nonlinear results for a 360° rotation applied to a simple jubilee clip example are compared. The nonlinear study properties are also explored to gain confidence with knowing what they do.
Lesson 2: Incremental Control Technique
The difference between force and displacement control techniques is explained using a trampoline example. Understanding the different setup requirements (for fixtures & loads etc.) and what study properties are needed for each type is also covered.
Lesson 3: Nonlinear Static Buckling Analysis
The arc-length control technique is explained using a curved plate (salsa jar lid) example. The snap-through snap-back characteristic is also described and why this requires a nonlinear buckling analysis. Differences between linear and nonlinear buckling analyses are compared, as well as the importance of not using symmetry as a boundary condition.
Lesson 4: Plastic Deformation
The effects of plasticity are investigated using a load-unload cycle on a paperclip example. Above yield stresses are generated which produces a permanent set (plastic deformation) after the load is removed.
Lesson 5: Hardening Rules
The Bauschinger effect is observed when above yield stresses are generated in both directions (tension-compression) when a fully reversed load cycle is applied to a crank arm example. This involves using the hardening factor to show the differences between kinematic and isotropic hardening.
Lesson 6: Analysis of Elastomers
The hyper elastic Mooney Rivlin material model is applied to a rubber pipe with an internal pressure. Special material inputs are discussed alongside how to access these within the standard set of SOLIDWORKS library materials. A method of backchecking the curve fit against the result is also shown.
Lesson 7: Nonlinear Interaction Analysis
The advantage of applying stabilisation points (as prescribed displacements) is discussed using a rubber tube example that slides over two metal stops. Observations are made to explain how this helps to control the movement during each time step which allows the solver to run to completion.
Lesson 8: Metal Forming
A 2D analysis with symmetry is utilised for a nonlinear plasticity material model which contains a sliding (contact) interaction where a plate is bent in a press machine. Various study properties are discussed to help the solver reach completion, as well as the recommendation to use the large strain formulation option (true stress / true strain) when the strain is above 4%.
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Training Booking Process
How to book a course?
Training Methods
Self-Paced
Student, job-seeker, or working professional? Our SOLIDWORKS self-paced training essentials course gives you the flexibility to learn when and where you want.
In-Classroom / Virtual
For those who prefer a traditional classroom environment courses can be taken in one of our training locations in the UK and Ireland.
Our virtual courses provide hands-on, live, interactive group training session from a professional, qualified instructor.
Onsite / Bespoke
We can arrange onsite training for any of our courses, contact us to discuss further.
Book your course
Click to view upcoming SOLIDWORKS Simulation Premium Non-Linear Training courses, book your place on the course today to save your space. No upfront payment necessary.
Frequently Asked Questions
Accredited
- SOLIDWORKS certified training instructors
- All courses are CPD-accredited for professional development
- Attendees receive certificates for every course
Variety & Frequency
- Courses run every week of the year (1200+ per year)
- 70+ courses, we cover a broad range of topics and software
- Training passport bundles provide amazing value
Convenience
- 22 training venues located across the UK & Ireland
- State-of-the-art Virtual training is available
- We can arrange onsite and bespoke training courses
Quality
- 4.9 Star rating on Feefo for training courses
- Limited class sizes ensure personal attention
- Hands-on format with high-end PCs for every attendee
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Yes! All of our classroom and virtual courses are CPD-accredited, meaning you are guaranteed to progress in your professional development.
A SOLIDWORKS Passport offers you a comprehensive training and development plan in one single purchase.
These Passports allow you to make massive savings on training, compared to purchasing multiple courses one at a time.
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Each SOLIDWORKS CAD Passport can be purchased in different lengths that are valid for 1, 2, 3 or 5 years. The passport is active from the date of the first course you attend.
We recommend new SOLIDWORKS users start off with SOLIDWORKS Essentials. From there the courses that you benefit you most will depend on your products and workflow.
For most professional SOLIDWORKS users the best courses to take next are: Advanced Part Modelling, Drawings, Advanced Assembly modeling.
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