SOLIDWORKS 2015 Thermal
Adding design simulation to the workflow enables companies to get to market faster by helping designers test and optimiaze designs, eliminate errors, find the right way to approach the problem, and then come up with less expensive products that perform better. The value of the simulation tool is its ability to let designers explore and experiment. Instead of asking whether a decision is good or bad, ask how it can be better or how it can be the best. Insight and innovation are valuable by-products of the simulation process. When your design team is empowered to make better decisions, the end result will be better products—and design simulation is the best tool to make that happen. You can efficiently evaluate your designs for nonlinear and dynamic response, dynamic loading, and composite materials with the powerful tools of SOLIDWORKS Simulation Premium. SOLIDWORKS Simulation Premium adds to the capabilities of SOLIDWORKS Simulation Professional to provide valuable insights to improve product reliability in the most cost effective manner, no matter the material or use environment. Product Engineers can efficiently evaluate structural product performance under a wide range of physical scenarios using the powerful virtual testing environment of SOLIDWORKS Simulation Professional. Fully embedded with SOLIDWORKS 3D CAD, SOLIDWORKS Simulation Professional enables engineers to determine product mechanical resistance, product durability, natural frequencies, and test heat transfer and buckling instabilities. Pressure vessel analysis and complex loading is also supported. You can optimize products for weight, vibration, or instability based on a range of physical and geometrical parameters. With tight integration and a consistent user interface across SOLIDWORKS solutions, you can use the powerful capabilities of SOLIDWORKS Simulation Professional early in the design process to maximize product quality and reduce costs.
Recomendados
Mais conteúdo relacionado
Destaque
Último
Último (20)
SOLIDWORKS 2015 Thermal
- 1. John Hall Application Engineer Middletown, CT (508)630-8027 jhall@caddedge.com 2015 Thermal
- 2. Intuitive Solutions For Every Stage of Your Design
- 3. 3 3DS.COM/SOLIDWORKS©DassaultSystèmes|ConfidentialInformation|2/19/2016|ref.:3DS_Document_2012 PremiumProfessional OptimizationBuckling Thermal Event-based MotionFatigue Pressure Vessel Drop Test FrequencyStatics Motion Composites Linear Dynamic Standard Nonlinear Static Nonlinear Dynamic Submodeling 2-D Simplification
- 5. 5 3DS.COM/SOLIDWORKS©DassaultSystèmes|ConfidentialInformation|2/19/2016|ref.:3DS_Document_2012 Microchip Goals Temperatureduringoperation How quickly it heats up How quickly it cools down How to control with thermostat
- 6. 6 3DS.COM/SOLIDWORKS©DassaultSystèmes|ConfidentialInformation|2/19/2016|ref.:3DS_Document_2012 Setup Arctic Silver 5 Thermal Resistance: 2.857e-006 (K-m^2)/W
- 8. 8 3DS.COM/SOLIDWORKS©DassaultSystèmes|ConfidentialInformation|2/19/2016|ref.:3DS_Document_2012 Microchip Goals Temperatureduringoperation How quickly it heats up How quickly it cools down How to control with thermostat
- 10. 10 3DS.COM/SOLIDWORKS©DassaultSystèmes|ConfidentialInformation|2/19/2016|ref.:3DS_Document_2012 Microchip Goals Temperatureduringoperation How quickly it heats up How quickly it cools down How to control with thermostat
- 12. 12 3DS.COM/SOLIDWORKS©DassaultSystèmes|ConfidentialInformation|2/19/2016|ref.:3DS_Document_2012 Microchip Goals Temperatureduringoperation How quickly it heats up How quickly it cools down How to control with thermostat
- 14. 14 3DS.COM/SOLIDWORKS©DassaultSystèmes|ConfidentialInformation|2/19/2016|ref.:3DS_Document_2012 Microchip Goals Temperatureduringoperation How quickly it heats up How quickly it cools down How to control with thermostat
- 15. John Hall Application Engineer Middletown, CT (508)630-8027 jhall@caddedge.com For More Info Call 888.223.3334 Or email sales@caddedge.com