Increased global competition is forcing the manufacturers across the world to find better ways to design and manufacture their products. Process automation is the technology enabled strategy a business uses to automate the processes in order to contain costs and accomplish a certain function or workflow. It involves the integration of applications, restructuration of labor resources and usage of software applications throughout the organization to automate activities and processes.
With the help of process automation, automated business processes are managed comprehensively in order to improve the business’s overall workflow and achieving greater efficiency, adaptation to changing business needs, reduction in human error and clarification of job roles and responsibilities.
DEP (Detroit Engineered Products) provides motion analysis solutions in India and USA which gives its users multiple means of automating the model construction, solving, and post-processing activities. The analysis of Multi body dynamic helps manufacturers understand how mechanism systems move under the influence of certain forces, also known as forward dynamics.
This motion analysis becomes critical because process automation frequently requires a clear understanding of how multiple moving parts interact with one another and also their environment. From Automotive to Aerospace industry, moving parts generate loads that are often difficult to predict. The analysis of multi body dynamics allows you to meet these challenges by effectively evaluating and improving the product designs for important characteristics like safety, comfort and performance.
DEP (Detroit Engineered Products) solutions can be used for the analysis of multi body dynamics in following industries:
- Automotive: Brake systems, steering systems, Suspension systems, bearings, clutches, chassis structure Drivetrains, engines, control systems, transmissions, boot joints.
- Aerospace & Defense: battlefield vehicles, mission-critical spacecraft mechanisms, Aircraft engines, helicopter fuselage, weapon systems, armaments, aircraft control mechanisms, ejection seats, space vehicles, landing gears, flight simulators.
- Construction Equipments: hydraulic control systems, tracked vehicles, excavators, agricultural equipment.
- Medical Equipments: bio dynamics, dynamometry, ergonomic analyses, robotic limbs, OrthoDEPics, human locomotion.
The final goal of the whole Business process automation is not only to make activities and services simpler but also to improve workflows.