Learn how KETIV brings simulation consulting, strategies, and the tools to streamline product development and testing
KETIV + Ansys
Build with Certainty
KETIV partners with Ansys, a company with simulation baked into their DNA. They have the broadest, deepest, and most powerful portfolio of simulation solutions and over 50 years at the forefront of the industry.
With KETIV’s expertise as an Elite Channel Partner supporting Ansys’s open and flexible architecture, you can integrate Ansys technologies into your existing enterprise environment and experience a rapid return on investment.
Let us help you streamline your engineering processes and eliminate design uncertainty.
Real, Measurable Results
- Fewer physical prototypes
- Streamlined design iterations and change orders
- Less scrap, material loss, and rework
- Reduced design cycle time
- Decreased direct product cost
- Less time spent rectifying design failures
- Increased workforce proficiency
- Lower-cost verification and validation
- Quicker response to RFPs
- More engineering time spent on innovation
- Boosted CSAT score
Simulation Success Story
LaunchPoint Steps Into the Future of Aerospace
LaunchPoint is an aerospace propulsion company. With the help of Ansys simulation software and KETIV, they’re transitioning from an R&D group to a full manufacturing company. Simulation helps them quickly create, iterate, and validate designs while reducing cost and risk.
Ansys Simulation Training & Events
Ansys Icepak in Ansys Electronics Desktop Advanced
Introduction to Ansys LS-OPT
What is Simulation?
What Can Simulation Do?
Simulation is the use of computer models and algorithms to predict a product’s behavior under various conditions. Affordable and easy-to-use, simulation software reduces or eliminates the need for physical prototypes and time-consuming testing, enabling design engineers to launch better products faster.
Simulation Use Cases Are Endless
Simulation can be used in many different industries, including aerospace, automotive, industrial equipment, high-tech, and more. It can also optimize a wide range of product characteristics, including strength, durability, efficiency, and cost.
Sustainable Products and A Better World
By bringing engineering and manufacturing solutions to life in a virtual setting, design engineers can make crucial safety decisions before accidents occur. They can design superior products that are environmentally sustainable and solve problems they didn’t even know existed.
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We are here and ready to help get you the right simulation solution to drive innovation at your business.
Simulation: The Future of Manufacturing is Now
There is a wide array off simulations used in manufacturing and product design. Let’s review a high-level list:
How loading conditions affect a product or system.
- Stress analysis: How a component or assembly will behave when subject to real-world physical forces.
- Dynamic analysis: How a product will move under various operating conditions and loadings.
- Thermo analysis: How temperature will change within a product or system and whether it will operate within safe limits.
- Impact/Crash Analysis: Whether a vehicle or structure will protect its occupants in the event of a collision or impact.
- Durability: At what point a product will fail due to fatigue.
How air, water, oil, and other fluids flow through a product or system.
- CHT (Conjugate Heat Transfer): How heat will transfer between solids and fluid(s).
- FSI (Fluid Structure Interaction): How internal or surrounding fluid flow will affect a product.
- CFD (Computational Fluid Dynamics): Numerical analysis of fluid flows.
How an electronic device or circuit behaves.
- High Frequency: Modeling electronic circuits and systems at frequencies typically higher than 1 MHz (megahertz), such as those for antennas.
- Low Frequency: Modeling electronic circuits and systems at frequencies typically below 1 MHz (megahertz), such as those for audio communications systems.
- Optics: Modeling systems that involve light propagation, such as fiber-optic cables or optical sensors.
Vibration and Acoustics
How structures and systems will respond to vibrational loads and how sound waves will propagate through various mediums.