Researching innovative industrial processes through multiphysical modeling and simulation is the work of graduate students in Professor Tarek Zohdi’s Multiphysics Simulation and Optimization Lab (MSOL), part of the Department of Mechanical Engineering at UC Berkeley. The lab has been using Tecplot 360 for 10+ years to visualize their multi-physics simulations. […]
Additive manufacturing (AM) has been permeating the industrial fabrication space for decades. Technologies that encompass AM are vast […]
Flight condition analyses reduced the postprocessing time by a factor of 12 relative to the baseline reduction methods. […]
Engineers at the German Aerospace Center (DLR) found that the visualization component was crucial in understanding flow effects of the transport aircraft they were designing. […]
Simulating groundwater-surface water interaction in complex topography such as hummocky terrain has traditionally been viewed as a significant challenge to the hydrologic modelling community. […]
Modeling a unique Geothermal System With Complex 3D Flow presented several challenges. The first was determining flow rate and temperature of the geothermal reservoir and the regional flow system. […]
Research on Carbon Cycling on the Rhode River, a tributary of the West River in Maryland’s Anne Arundel County, is emblematic of the cutting-edge modeling work occurring on the Chesapeake. […]
The Salish Sea Model is a predictive ocean modeling tool for coastal estuarine research, restoration planning, water-quality management, and climate change response assessment. […]
Chris Berger of Portland State University has been using Tecplot for over 25 years, primarily for generating contour plots, animations and x-y graphs that show water quality model predictions. […]
A new case study by Brazilian Tecplot distributor ATS describes their “meticulous analysis” of the aerodynamics of the entire car, including the tradeoffs between top speed, downforce for cornering performance and braking – key components to lower lap times. […]
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