Engine components
Using ANSYS Mechanical, predict the behavior of engine components under the combined effects of thermal gradients and Vibrational loading.
Machine Frames
Using ANSYS Mechanical , engineers can effectively perform topology optimization for machine frames, leading to the design of lightweight and structurally efficient structures that meet or exceed performance requirements.
Electric Motors
Using ANSYS Mechanical , engineers can effectively analyze the harmonic vibration behavior of motor systems, identify potential issues such as resonance or excessive vibration, and optimize the design to improve performance, reliability, and efficiency.
Turbomachinery
Structural simulations for turbomachinery application enable engineers to assess factors such as stress distribution, fatigue life, and natural frequencies of blades, shafts, casings, and other structural elements.
Automotive Chassis
structural simulation of chassis components to evaluate factors such as stress distribution, deformation, and fatigue life. Engineers simulate loading conditions such as static loads, dynamic loads, and road-induced vibrations to assess chassis performance.
Wind turbine blades
Analyzing the strength of composite materials used in turbine blades requires a comprehensive approach that considers various factors such as material properties, layup configurations, loading conditions, and failure criteria.
Education and Research
Granta equips students, researchers, and educators with valuable resources for studying and understanding material properties, behaviors, and applications across various disciplines.
Electric Motors
Ansys Granta provides the extensive add-on magnetic material data for electric motors simulations.
Manufacturing Industries
With Granta, manufacturers can make informed decisions about material selection, substitution, and optimization to improve product quality, reduce costs, and enhance sustainability.
Environmental Pollution Control
Granta contributes to environmental pollution control by facilitating the management and analysis of materials data essential for sustainable practices. It enables organizations to track and assess the environmental impact of materials used in their products and processes, helping identify opportunities for improvement.
