**OS-E: 0805 Two-dimensional Michell-truss**

The two-dimensional Michell-truss is an optimal topology structure generated under bending.**OS-E: 0810 Suspension Bridge**

The suspension bridge topology is an optimal structure generated under a distributed load. A fine mesh is generated to simulate the design space and loads are applied. The distributed load forms a single load case.**OS-E: 0815 Cantilever Beam in Bending**

Demonstrates how OptiStruct creates optimized design concepts from a solid block of material.**OS-E: 0820 Air Conditioner Bracket**

The air conditioner bracket is an optimal topology structure generated under both linear static stiffness and modal frequency response. Shell elements are used to ensure that the bracket is manufacturable using a casting process.**OS-E: 0825 Multi-Model Optimization (MMO) – Design Scaling with Pattern Repetition in 2 Different C-Clips**

Multi-Model Optimization can be used in applications that require optimizing parts of different sizes. This is accomplished by using the SCALE continuation line on linked DTPL and DSIZE entries in the models on which the scaled design is to be applied.**OS-E: 0830 Multi-Model Optimization (MMO) – Pattern Repetition of an Excavator Arm**

Multi-Model Optimization is demonstrated in this Excavator example using Topology optimization design variables that are linked between the two models.**OS-E: 0835 Failsafe Topology Optimization of 3D Column**

Demonstrates Failsafe topology optimization of a 3D column, using OptiStruct.**OS-E: 0840 Lattice Structure Optimization**

Lattice optimization of a statically loaded cantilever beam is demonstrated.**OS-E: 0845 Control Arm with Local Stress Constraint**

Demonstrates the use of Stress Constraint in Topology Optimization on a control arm.**OS-E: 0850 V-Bracket using RADOPT**

Demonstrates topology optimization of a V-bracket with RADOPT technique, using OptiStruct. RADOPT is Radioss optimization using OptiStruct. The equivalent static load method (ESLM) is used to perform the optimization run here.**OS-E: 0855 Reliability-based Topology Optimization of a Plate**

A Reliability-based Topology Optimization (RBTO) of a 2D plate is demonstrated, using OptiStruct.**OS-E: 0880 Volume and Thermal Compliance Responses**

Topology optimization of an aluminum heat sink with fins is be performed. The design space is modeled using first order Tetra elements.**OS-E: 0885 Bore Distortion Responses**

Topology optimization of a cylinder block with a bore will be performed. The cylinder block is modeled using first order solid (Hexa and Penta) elements.**OS-E: 0890 Maximum Bead Width Constrain for Topology Optimization of Oil Pan**

Maximum bead width constraint is implemented to prevent the formation of large beads during topography optimization.**OS-E: 0895 Flat Plate with Thermal Compliance Response**

Demonstrates the usage of thermal compliance responses with Topology Optimization in OptiStruct.**OS-E: 0896 Multi-Material Topology Optimization of Automotive Cradle**

Multi-Material Optimization (MMO) can be used in applications that require optimizing the parts of different materials. This method offers an initial concept-level look at material placement within the structure, where multiple materials can be evaluated.**OS-E: 0897 Multi-Material Topology Optimization of Automotive Chassis**

Multi-Material Optimization (MMO) can be used in applications that require optimizing the parts of different materials. This method offers an initial concept-level look at material placement within the structure, where multiple materials can be evaluated.