Case Study 1: ANSYS in Control Valves

Benefits:

Increased Product Quality.

Enabled the study of more design alternatives in Valves.

Product development time was reduced by months.

Case Study 2: ANSYS in Complex Battery Storage System

Benefits:

Increased Product Quality.

Better understanding of the efficiency of different design parameters.

Quick Feasibility Study for a Particular Customer Demands.

Increased Flexibility and Efficiency ensure the company’s leading position in the market.

Case Study 3: ANSYS in 5G Technology

Benefits:

The Evolution of Antenna Technology

Optimizing 5G Antenna Design with HFSS

Complex 5G Systems Require Collaboration

Case Study 4: ANSYS in UAV

Benefits:

Reduced development and optimization time by approximately 60% and cut design time by almost half

To improve aerodynamics, reducing weight and increasing battery or propulsion system performance

To design the propeller drone that can generate the required amount of thrust force to lift the drone assembly

Case Study 5: ANSYS in Fan Design

Benefits:

To Predict & Minimise the noise generated

To generate a specified pressure difference (pressure rise)

To induce a desired flow rate through the fan

Case Study 6: ANSYS in Hyperloop

Benefits:

To simulate Magnetic Rail Brake Performance under various conditions

To optimize the strength of the magnetic field by simulating various magnet arrays & magnetization directions

To demonstrate the validity of the Hyperloop's compressor within a tube concepts

Case Study 7: ANSYS in Pump

Benefits:

Design changes for optimal pump performance in less time compared to conventional build-and-test methods

Reduced product development time by a factor of five

Saved critical product development time by predicting critical areas of failure

Case Study 8: ANSYS in Electric Aircraft

Benefits:

Faster concept evaluation

To quickly assess product sustainability at early stages of design to minimize costly changes at later stages

Solving critical material challenges

Case Study 9: ANSYS in Radar System

Benefits:

Provides performance insights like antenna patterns, matching characteristics and loss figures early in the design cycle, allowing for a fast turnaround in optimization

To create innovative designs and reduce the amount of physical prototyping to a minimum

Saved hundreds of thousands of dollars for fabrication runs and has eliminated years from time-to-market metrics

Case Study 10: ANSYS in Antennas

Benefits:

Ensures that the antennas will meet performance, reliability and durability requirements, making it a key innovation driver and decision support tool

Considerably reduce the cost related to physical testing by reducing the number of prototypes and test benches required for the validation of the antennas

Allows our engineers to test many design variants that meet space standards, from the digital model to the final prototype of the antenna on the satellite,

Case Study 11: ANSYS in Sensor Design

Benefits:

Reduced the time required to engineer a custom sensor application

To reduce development time

To reduce costs and time to market

To avoid Trial & Error Method

Case Study 12: ANSYS in Designing a Liquid Gas Seperator

Benefits:

Can design, change, test and optimize our liquid-gas separator without wasting valuable engineering, manufacturing and testing hours

To optimize the length to diameter ratio of the tank for enhancing gravitational separation performance

To analyze seperation performance

Case Study 13: ANSYS in Tractor Muffler

Benefits:

Optimum muffler design meets all design standards

To determine the transmission loss of the muffler

Reduced design cycle time from 20 weeks to 8 weeks

Reduced cost including design optimization, testing, manufacturing, transportation and overhead costs by 40%

Case Study 14: ANSYS in Wind Turbines

Benefits:

Raises the market capitalization and promotes investment

To optimize the blades and attachment of the struts

To evaluate the structural properties of different components related to the design

To easily scale the design for turbines of different sizes.

Case Study 15: ANSYS in Tires

Benefits:

Selecting the best tire pattern to minimize hydroplaning

Optimizing water flow channel in tires to delay the onset of hydroplaning

Increasing the wet grip potential of tires

Case Study 16: ANSYS in Semiconductor

Benefits:

Determine if each component meets the life expectancy of the system

Identify contributing factors for each component that drives early life failure

Propose changes in operating conditions/parameters that are likely to mitigate the lifetime reduction.

Case Study 17: ANSYS in Electronic Control Unit (ECU)

Benefits:

25 to 30% improvement in overall engineering productivity

Efficiency and usability improvement

Vibration analysis of printed circuit boards (PCBs)

Case Study 18: ANSYS in Brake Rotor

Benefits:

Increased automation

Increased design and analysis throughput

Analysis brought to the upfront of the design cycle

More thorough evaluation of design proposals

Over 90% reduction in FEA analysis time

Case Study 19: ANSYS in Stretch Wrapping Machine

Benefits:

Increased wrapping speed from 12 revolutions per minute to 15 revolutions per minute.

Reduced production cost by 30%

Increased sales by more than 150%

Eliminated structural problems