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WHAT IS THE SOLIDWORKS SIMULATION PROFESSIONAL CLASS?

SOLIDWORKS Professional is a one-day course showing how to correctly setup and approach the all the simulation study types available in Simulation Professional.

 

WHO IS THIS COURSE DESIGNED FOR?

Anyone with SOLIDWORKS experience and a foundational knowledge of SOLIDWORKS static analysis. They will require knowledge regarding appropriately applying contacts, fixtures, and external loads in a study as this class builds upon that foundational knowledge and applies them to the other study types available in Simulation Professional.

 

WHY SHOULD I TAKE THIS TRAINING COURSE FROM DASI SOLUTIONS?

This course will review very important assumptions of the software so that you can have confidence and have good expectations in your results and the capabilities of Simulation Professional. Simulation courses at DASI Solutions are taught by certified instructors who work alongside many FEA analysists across the country and have a wealth of experience and promote Simulation best practices, which are incorporated in all their classes.

 

HOW MUCH DOES THIS COURSE COST?

Standard classroom training costs $695 per student.

 


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TRAINING CLASS AGENDA

 

1 Frequency Analysis of Parts

Model Analysis Basics
Frequency Analysis with Supports
Frequency Analysis without Supports
Frequency Analysis with Load

2 Frequency Analysis of Assemblies

All Bonded and Free Contact Conditions
Bonded and Allow Penetration Contacts

3 Buckling Analysis

Objectives
Buckling Analysis Overview

4 Load Cases

Objectives
Load Cases Overview

5 Submodeling

Submodeling Overview
Parent Study
Child Study

6 Topology Analysis

Overview and Objectives
Goals and Constraints
Manufacturing Controls
Mesh Effects
Load Cases in Topology Studies
Export Smoothed Mesh

7 Thermal Analysis

Thermal Analysis Basics
Steady-State Thermal Analysis
Transient Thermal Analysis
Transient Analysis with Time Varying Load
Transient Thermal Analysis Using Thermostat

8 Thermal Analysis with Radiation

Objectives
Steady State Analysis

 

 

9 Advanced Thermal Stress 2D

Simplification

Thermal Stress Analysis
Thermal Analysis
3D Model
Microchip Testing Assembly
Thermoelectric Cooler

10 Fatigue Analysis

Fatigue
Stress-Life Based Fatigue
Thermal Study
Thermal Stress Study
Fatigue Terminology
Fatigue Study
Fatigue Study with Dead Load

11 Variable Amplitude Fatigue

Objectives and Description
Fatigue Study

12 Drop Test Analysis

Drop Test Analysis
Rigid Floor Drop Test
Elastic Floor Drop Test
Elasto-Plastic Material Model
Drop Test with Contact

13 Optimization Analysis

Optimization Analysis
Static and Frequency Analysis
Design Study

14 Pressure Vessel Analysis

Objectives and Description
Pressure Vessel Analysis
Manhole Nozzle Flange and Cover