Engineering Analysis

FEA capabilities improve the product development cycle through Engineering Simulation techniques.
At Designit4u, we understand that right from the design process, you as a manufacturer are under pressure to shorten time-to-market cycles while producing better products. These complex products function under a number of variables, and it is the designer's task to assign values to these variables to meet specific design objectives like performance and durability, within defined boundaries like size and cost.

Designit4u's design engineers use FEA and design optimization technologies to apply numerical algorithms and techniques to improve the product or system's performance, weight, reliability and cost.

Cut costs with our pre-production simulation Early in the design cycle, Designit4u's engineers and designers can simulate and optimize designs .This allows time for other departments in your manufacturing plant to provide their feedback before production takes place, saving time and cost in the manufacturing process.

Our multidisciplinary design optimization ensures collaboration between teams to produce concurrent engineering solutions and integrate them through workflow process integration. You will find this particularly cost-effective and efficient while designing complex engineering systems.

Test the design, improve it and check for alternatives

In CAE, we create finite element modeling (FEM); apply loads and boundary conditions to iterate for different solutions to study physical responses such as stress, strain and pressure.

Once we get the CAE design, we will check to match it with the theoretical design to arrive at the final product design.
The aim is to design products that perform better in the real world.

With Finite Element Analysis( FEA), manufacturers can

Optimize products and parts.
Improve the Efficiency / Functionality of existing designs.
Conduct Failure Analysis investigations.
Rapid development of new products.
Provide greater product reliability.
Reduce material content or to choose less expensive alternative material.
Improve the product manufacturing process
Improve product quality

Our FEA services
Linear and Non-Linear Statics Analysis
Optimization- Size and Shape
Frequency and Buckling Analysis
Vibration Analysis

Optimisation
Computational Fluid Dynamics (CFD)
Metal Forming Analysis
Material Cost Reduction Studies

Contact Stress Analysis
Durability and Fatigue Analysis
Manufacturing Analysis
Reliability and Robustness

Design for Six Sigma (DFSS
Stochastic Analysis
Impact & Crash Analysis
Noise, Vibration (NVH) Analysis
Topology & Free Size Optimization

Linear and Non-Linear Optimization
Structural Crashworthiness
Mechanism Analysis

Multi-Body Dynamics (MBD)
Kinematics Simulations
Design Sensitivity Analysis  

With Motion Simulation Mechanism Dynamics, you can virtually simulate reactions to accelerations and the weight of moving components. And, you can adjust product performance by incorporating dynamic influences such as springs, motors, friction, and gravity. Maximize design confidence without the expensive burden of building prototypes.

·         Incorporate springs, dampers, motors, friction, gravity, and custom dynamic loads to evaluate product performance

·         Use design studies to optimize the mechanism’s performance over a range of input variables

·         Create accurate motion envelopes for use in interference and space claim studies

·         Obtain accurate measurements from a dynamic analysis to designing stronger, lighter, more efficient mechanisms

·         Create high quality animations directly from a dynamic simulations

·         Fast overview about the dynamic behavior of a new machine concept

·         Decreased time-to-market for new machine designs

·         Fast and easy validation process of the best controller system

·         Reduced installation time for a new machine, because controller pretuning can be done inadvance

To prevent a development disaster, a mechatronic design approach must be used to verify implementation concepts very early in the design phase.

Kinematics is the branch of mechanics concerned with the motions of objects without being concerned with the forces that cause the motion. In this latter respect it differs from dynamics, which is concerned with the forces that affect motion. There are three basic concepts in kinematics - speed, velocity and acceleration

Kinematics Integrated Motion Solution

Using robotics can greatly improve your machine's efficiency and performance. However, integrating robotics into your machine can be complicated and time consuming, often requiring a mix of disparate hardware and software components from different vendors.

Kinematics provides a single, integrated solution for multiple disciplines, eliminating additional robot and safety controllers, software, and special custom function blocks typically needed when incorporating a robot into an application. This significantly reduces the time and costs for both design and programming.