TECH BREW 2024 - Season 1

Tuesday, March 26, 2024, | 4.00 pm-04:30 pm

Introducing the new Match feature for identifying matching parts and creating part sets effortlessly. Also, unleash the Classify tool to create machine learning models for part classification and grouping based on user-defined labels. Built on shapeAI, this tool efficiently groups parts in geometry and finite element analysis.

THURSDAY, March 28, 2024 | 04:00-04:30 pm

Engineers are challenged with competing functional and manufacturing requirements at early concept stage. Now, the integrated AI based Generative Design in HyperMesh helps process the multirun topology optimization results and intelligently organize them into similar families of designs so that engineers can quickly select the best for a detailed design analysis.

Tuesday, April 02, 2024 | 04 :00-04:30 pm

Unlocking rapid physics predictions, Altair physicsAI revolutionizes design assessment. Integrating seamlessly into Altair HyperWorks, this AI-driven CAE tool harnesses historical data to train models, transcending the confines of parametric studies. By leveraging geometric deep learning, physicsAI discerns shape-performance correlations across diverse physics domains. With predictions up to 1000x faster than conventional solvers, teams can explore myriad concepts swiftly, empowering informed design choices for optimal outcomes.

Thursday, April 04,2024 | 4.00 - 4.30 pm

Traditionally maintenance scheduling has been reactive leading to unnecessary costs and unexpected downtime. Predictive maintenance strategies can help companies be more proactive with their maintenance schedules. A digital twin that can provide timely insights about the state of health of the system is critical to such strategies. In this session you will learn about applying a reduced order model that is integrated with real time data for a true-Digital twins that can be predict damage and reduce unplanned downtime.  

Tuesday, April 09 , 2024 | 04:00-04:30 pm

Thursday, April 11, 2024 | 04:00-04:30 pm

Ion battery thermal runaway in energy storage systems can result from abusive conditions like overcharging, over-discharging, or high temperatures, leading to internal short circuits and breakdown of battery components. Understanding and simulating thermal runaway is crucial for effective thermal management systems. Join us to learn more. parameters and CFD simulation of thermal runaway in a standard 18650 cylindrical cell using SimLab Battery Solution in this techbrew session.

Tuesday, April 16, 2024 | 04:00-04:30 pm

Altair PSIM: Dedicated for design and simulation of power electronics and motor drive systems

o Fast and Robust Simulation Engine

o Control Loop Design of Power Supplies and Motor Drive in Minutes

o Quick and Accurate Loss Calculation 

o Conducted EMI Analysis and EMI Filter Design

o Auto Code Generation for DSP Implementation

Thursday, April 18, 2024 | 04:00-04:30 pm

Power Electronics enables electrification in key human activities like Energy, Transportation, Communications, and Health. The demand for better performance in Power Stage and enhanced intelligence in the Control System is increasing. At Power Smart Control, we specialize in Power Stage and Digital Control design, delivering cost-effective solutions tailored to meet customer specifications and expectations through active engagement during project development.

Tuesday, April 23, 2024 | 04:00- 4:30 pm

In this season of Tech Brew sessions, we would like to showcase the capabilities of SimLab & OptiStruct to carry out Solder Fatigue analysis.

Solder joints are subjected to various stresses during operation, such as thermal expansion and contraction, mechanical bending or flexing, and vibration. Over time, these stresses can lead to the degradation of the solder joints, resulting in cracks or fractures.

In this overview demo, we will cover the causes for failures in PCBs and talk about one specific failure, and that is Solder Fatigue.

Thursday, April 25, 2024 | 04:00- 04:30 pm

CADY introduces a revolutionary SaaS system that automates electrical schematic inspections using NLP and Computer Vision algorithms. When a circuit design is uploaded, CADY meticulously checks for adherence to manufacturer guidelines and generates detailed reports on discrepancies.