FEA Consulting Services | CAE Consulting Services in Indore, India

Static Analysis

Static structural analysis is the most common type of FE analysis used to predict the deformation, a parts under investigation, for a range of loads which ensures structural integrity of the systers. Our Services. Fn design to virtual product validation with extensive experience, me provides a complete range of product denga de (FEA) element analysis services, optimization of a design, prototyping & Simulation services for EV Industry, Al Off' Road Vehicles, Industrial Machinery & Equipments, Consumer Durables & Medical Equipmeats, Aerospace : Engineering. Our services help individuals and businesses take their ideas from initial design to final product thro and cost saving methods. Our services can help you by offloading design and engineering work and allowing you to ca core business matters.

Design Optimizations FEA Project

KI Technologies offer various design optimization services from start to end. Challenge to our Sciwor arm project is to Optimize the design to make it lightweight and stiffer compared to the existing steel material design. To prepare a detailed comparison report of the existing and proposed design considering two different 3D printing materials and give appropriate soggestions for design optimization. KI Technologies is supporting manufacturing companies in product engineering to create innorative products, reduc costs, shorten development cycles time and bring products to the market faster.

Thermal Analysis

KI Technologies offer Steady State thermal and Transient thermal Analysis Services, A practical understanding of thermal load as conduction, convection, radiation, and temperature distribution will lead to better quality thermal results poor understanding of thermal behavior may lead to unexpected high thermal stresses and strains which may lead to the failure of components. Steady Stat and Transient FEA thermal study can be used to determine the thermal distribution in an object where the loads can either depender or independent with time. Thermal distributions on the object of study Thermal induced stress and stress concentrated regio Thermal induced deformation.

Thermo-Mechanical Analysis

KI Technologies offer various design optimization services from start to end. Challenge to our Scissor arm project is to Optimize design to make it lightweight and stiffer compared to the existing steel material design. To prepare a detailed comparison report of the existing and proposed design considering two different 3D printing materials and give appropriate soggestions for design optimization. KI Technologies is supporting manufacturing compares in product enguneering to create innorative products, reda costs, shorten development cycles time and bring products to the market faster.

Thermo-Mechanical Analysis

Modal Anlaysis

We offers Natural Frequency Response Analysis (Modal Analysis)Services, Modal Analysis in FEA plays a vi the dynamic nature of the structure and to find its natural frequencies and their associated modes (deformation Modal Analysis will help you in : - Understand how a structure vibrates without any external load - Understand frequency or any forced vibration in structure.- Help you In optimization of structure based on the mass, stiffs distribution on the structure, and determine structural vibration behavior hen exposed to operational loads pre-requisite of harmonic response analysts and some further shock vibration analysis, such as stock spectrum analysis and pot density spectrum analysis (PSD) for Ladom vibration. Modal Analysis is a purely linear analysis, Engineers are often required to design the system which do not have natural frequencies near the frequency of a excitation loads. Using an iterative process with modal analysis, the relevant component structure can be varied to shift the natural frequency higher or lower with modal Analysis mode shapes associated with the natural frequencies can be used to decide the suitable location of support and evaluate the significance of a particular vibration mode.

Harmonic Analysis

Harmonic Analysis is Used to determine steady-state response of a structure to load that vary sinusond ally (Harmonically) with tie This is a linear simulation, therefore one can only use linear elastic materials. Howerer, damping effects can be analyzed Following Inputs applicable for performing harmonic analysis Harmonic loads (forces, pressure, imposed displac ements, etc.) of knoun magnitude and frequency: May be multiple loads all at the same frequency: Most type of applied load cas be in phase-er cut of phas Body loads can only be specified with a phase angle zero. Output Harmonic displacement as a function of frequency at each DOF, usually out of phase with the applied loads. Other derived quantities, such as stress strain, usually ated at "peal'" respons frequencies

Random Vibration Analysis

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Random Vibration Analysis

Random vibration is motion which is non deterministic, meaning that feature behavior cannot be precisely predicted. Exampl Automobile riding on a rough road, wave height on the water and load induced on an airplane wing during flight. The purpose random vibration is to determine the statistical properties of structural response, normally standard deviation of duplacement, & strain. The representation of the random excitation is called Power Spectral Decaity PSD