**OS-T: 2000 Design Concept for a Structural C-Clip**

In this tutorial you will perform a topology optimization on a model to create a new topology for the structure, removing any unnecessary material. The resulting structure is lighter and satisfies all design constraints.**OS-T: 2005 Design Concept for a Structural C-Clip with Minimum Member Size Control**

In this tutorial you will setup a topology optimization problem that applies the technique of minimum member size control on the elements of the model to achieve a discrete solution.**OS-T: 2010 Design Concept for an Automotive Control Arm**

In this tutorial you will use OptiStruct's topology optimization functionality to create a design concept for an automotive control arm required to meet performance specifications.**OS-T: 2020 Increase Natural Frequencies of an Automotive Splash Shield with Ribs**

In this tutorial you will generate a preliminary design of stiffeners in the form of ribs for an automotive splash shield. The objective is to increase the natural frequency of the first normal mode using topology to identify locations for ribs in the designable region.**OS-T: 2030 Control Arm with Draw Direction Constraints**

In this tutorial you will perform a topology optimization using draw direction constraints on a control arm.**OS-T: 2040 Spot Weld Reduction using CWELD and 1D**

In this tutorial you will perform a 1D topology optimization. The model used in this tutorial is a simple welded hat section. The welding is modeled using CWELD elements.**OS-T: 2050 Pattern Repetition**

In this tutorial you will perform a topology optimization using pattern repetition.**OS-T: 2060 Symmetry and Draw Direction Constraints Applied Simultaneously**

In this tutorial you will perform a topology optimization on an automotive control arm with the simultaneous application of symmetry and draw direction constraints.**OS-T: 2070 Reduced Model using DMIG**

In this tutorial an existing finite element model of a simple cantilever beam is used to demonstrate how to reduce the finite element model using static reduction. You will also perform a topology optimization on the reduced model.**OS-T: 2080 Hook with Stress Constraints**

In this tutorial you will perform a topology optimization on a bracket-hook modeled with shell elements.**OS-T: 2090 Extrusion Constraints**

In this tutorial you will use the extrusion constraints method to perform an optimization problem with extrusion constraints to obtain a constant cross section along a given path, particularly in the case of parts manufactured through an extrusion process.**OS-T: 2095 Frequency Response Optimization of a Rectangular Plate**

This tutorial demonstrates the capability of frequency response optimization using OptiStruct.**OS-T: 2098 Excavator Arm**

In this tutorial you will set up an optimization problem of an MBD system using the equivalent static load method (ESL).