Tutorials & Applications
Articles in this section are multi-part guides which provide insight into using Ansys Zemax OpticStudio for specific real-world applications. Using the articles in this section, you will learn how to set up your design to complete an industry-focused objective, or how to use OpticStudio as part of a multi-physics workflow. Articles in this section assume knowledge of all of Zemax OpticStudio's features, including optimization, tolerancing, and some programming.
- How to model a complex Fresnel lens
- How to model a Dual Brightness Enhancement Film
- How to model a Fresnel lens in OpticStudio
- How to model an adaptive optical system
- How to model an LCD backlight
- How to model an off-axis parabolic mirror at finite conjugates
- How to model an Optical Coherence Tomography system
- How to model angle-cleaved fibers
- How to model corner-cube retroreflectors
- How to model multi-mode fiber coupling
- How to model the human eye in OpticStudio
- How to model the human skin and optical heart rate sensors in OpticStudio
- How to simulate a rainbow
- How to simulate exit pupil expander (EPE) with diffractive optics for augmented reality (AR) system in OpticStudio: part 1
- How to simulate exit pupil expander (EPE) with diffractive optics for augmented reality (AR) system in OpticStudio: part 2
- How to simulate exit pupil expander (EPE) with diffractive optics for augmented reality (AR) system in OpticStudio: part 3
- How to simulate exit pupil expander (EPE) with diffractive optics for augmented reality (AR) system in OpticStudio: part 4
- How to simulate the sparkle of a diamond
- How to simulate X-ray medical imaging in Zemax OpticStudio
- How to use OPTOTUNE focus-tunable liquid lenses in OpticStudio
- Infrared thermometer and thermal camera simulation using OpticStudio
- Introduction to stray light analysis - Part 1
- Introduction to stray light analysis - Part 2
- Mechanics of an Ansys Workflow: OpticStudio - Speos - Creo Parametric
- Micro-objective design with Ansys Zemax OpticStudio: key aspects and features to use
- Modeling a Flash Lidar System - Part 1
- Modeling a Flash Lidar System - Part 2
- Modeling frustrated total internal reflection in Non-Sequential Mode
- Modeling Photoluminescence in OpticStudio: A Photoluminescent Solar Concentrator
- Modelling a holographic waveguide for Augmented Reality (AR) systems: part 1