Ansys Discovery 2026 R1 Updates: Accelerating Early-Stage Design & Multiphysics Simulation
Featuring
This webinar presents the latest capabilities and major enhancements in Ansys Discovery 2026 R1. The release introduces breakthroughs in physics simulation accuracy, electronics cooling workflows, AI-driven guidance and direct connectivity to Ansys flagship solvers.
You'll learn how new features such as Conjugate Heat Transfer (CHT) with Joule Heating, advanced fluid meshing options (Thin Feature Capture and Sharp Edge Capture), the Coupled Fluids Solver and extended GPU compute support can dramatically accelerate early-stage design exploration.
The session also highlights Discovery Design Copilot (Beta) for intelligent setup verification, and One-Click Optimization powered by optiSLang algorithms, so you can refine designs before downstream validation in Ansys flagship solvers.
Agenda
- Overview of Ansys Discovery 2026 R1
- Physics & Thermal Enhancements
- Ansys Flagship Solver Connections
- Copilot & Optimization Tools
- Modeling & Workflow Improvements
- Live Product Demonstration
- Q&A
Target Audience
This webinar is tailored for engineering professionals, technical leads and industry decision-makers, including:
- Product Design Engineers & CAD Designers
- Thermal & Electronics Cooling Specialists
- CFD & FEA Simulation Engineers / Analysts
- R&D Managers, Engineering Heads & Technical Directors
- Key industry sectors: Automotive & EV, Electronics & Semiconductors, Industrial Machinery, Aerospace and Energy
Presenter
Rais Fadillah, CFD Application Engineer
Rais Fadillah is a CAE engineer at CAD-IT Consultants with more than five years of industrial experience in computational fluid dynamics (CFD) across oil and gas, nuclear, power generation and aerospace. He graduated from the Faculty of Mechanical and Aerospace Engineering at Institut Teknologi Bandung (ITB). His Ansys project work includes a remaining-life assessment for a gas turbine, flow-assurance modelling of erosion in oil and gas pipelines with Ansys Fluent, and flow-induced and acoustic-induced vibration (FIV/AIV) analysis of a topside export header. He is an Ansys Certified Professional in Fluids Engineering Knowledge, Fluids Product Knowledge, Fluids Current Release Technical, Fluids Pre-processing, Discovery, Rocky and Thermal Desktop Base Technical.
