Ergonomics allows users to assess equipment design with intent to maximize productivity by reducing operator fatigue and discomfort, while helping to ensure compliance and verifying assembly across multiple platforms. Using lifelike manikins, ergonomics specialists are empowered to evaluate ergonomics and human factors at all levels of virtual design, manufacturing, and maintainability. Ergonomics specialists help to harness collective intelligence from product development stakeholders to verify and evaluate how a worker interacts with workplace design and products. Through the 3DEXPERIENCE® platform, ergonomics specialists are delivered a groundbreaking user experience in ergonomics.
Below please find datasheets for your interest in Ergomonics using DELMIA
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Work safety engineer
Ergonomics at work
ERGONOMICS FOR VEHICLE DESIGN-
The DELMIA Ergonomics for Vehicle Design (EVD) solution lets designers identify driver and passenger comfort issues early in the design process to avoid costly, time-consuming changes down the road.
EFFECTIVELY PREDICT OCCUPANT POSTURE WITH VIRTUAL 3D MANIKINS
Using 3D manikins in the V6 virtual environment, designers can simulate the way humans interact with seats, spaces, and controls in a vehicle under design. The experience makes it possible to predict posture and comfort for specific populations selected from a database.
CUT COSTS AND AVOID DESIGN ERRORS BY SPOTTING OCCUPANCY ISSUES EARLY
Posture and comfort issues are revealed at the most costeffective time – when the design process is just getting under way and live occupants cannot be used. Design errors can be corrected while the cost of changes is minimal.
TAILOR POSTURE-PREDICTION TO YOUR COMPANY’S NEEDS
The posture-prediction algorithm is a proven tool that has an open architecture. Users can create their own knowledge rules to modify the way it is implemented – for example, to change the position of the driver’s hands on the steering wheel.
RE-USE AND SHARE THE POSTURE OF THE MANIKINS ACROSS DESIGN DISCIPLINES
Users are able to share the simulations they develop with designers of seats, internal architecture, ergonomics factors, and other disciplines. They can collaborate throughout the design process using the manikins.
• Precise automatic positioning of drivers and passengers
• Automatic SAE standards compliance
• Posture prediction based on precise anthropometry
• Enterprise-accessible reporting
• Seat and steering wheel parameter adjustment capability
Ergonomist enables greater precision than standard anthropometric body dimensions for virtual manikins.
Ergonomist delivers the ability to create a wide range of boundary manikins, targeted populations, and specifi c individuals to be used for evaluations that require greater precision. Ergonomist is used for advanced manikin defi nition to reach highly accurate ergonomics results. Using the 3DEXPERIENCE® platform, the virtual manikins can be created with more precise manipulation of anthropometric body dimensions. Range of motion of the manikins can be customized and postural scores used to prepare the posture analysis.
Custom manikin anthropometry-
Very detailed manikins are used to represent specific persons, such as a pilot for a customized aircraft, or boundary manikins that cover a selected percentage of a population. In these cases, users can modify any of the 103 variables that define the manikin’s anthropometry to make it specific to a person or population. Joint limits can be defined to examine movement restrictions in a variety of situations, including limitations for handicapped workers. Range of motion can be precisely defined.
Larger range of population percentiles-
Ergonomist gives planners access to a larger scope of population files. Manikins can be based on whichever percentile most precisely reflects a specifi c population.
Automatically defined variable lengths-
Ergonomist provides access to manikin segments with 103 variables. The length of the variable is automatically defined when a population is chosen.
• Groundbreaking 3DEXPERIENCE platform
• Manikin creation
• Access to 103 anthropometry variables
• Range of Motion and Preferred Angles edition (Comfort & Safety score)
• Create a wide range of humans
• Customizable range of motion for each joint
• Comfort or safety scoring for postures
• Capture and re-use ergonomic enterprise standards
WORK SAFETY ENGINEER-
Work Safety Engineer creates lifelike manikins and places them into 3D models.
Work Safety Engineer delivers the ability to create lifelike manikins with standard anthropometry. Manikins can be placed into a 3D model to evaluate human interaction with a product or workplace. Defi ning common tasks is simple using predefi ned actions such as picking up and placing objects, walking, operating a device or using a tool. The 3DEXPERIENCE® platform makes a wide range of manipulation and analysis tools accessible to all stakeholders.
Save costs by early integration of human factors in product or workplace design-
Users can easily place a lifelike manikin in an immersive environment. Non-experts in ergonomics for product and workplace design can easily see how humans will perform in a manufacturing context. Product and workplace designers can perform ergonomics-related validation early in the design phase to avoid costly changes later.
Reduce risk of injury-
Designers can avert injuries in the workplace through early identifi cation of potential ergonomics-related problems.
Capture and re-use ergonomic enterprise standards-
A customized manikin, including its attributes and skills, can be saved for use in future evaluation scenarios. This saves time and effort for downstream users while capturing company know-how.
Switch target populations without updating tasks-
A manikin from one population can be taught a series of motion postures.
After the analysis for that manikin is complete, the user can easily switch to a manikin from a different population without needing to update the taught tasks.
• Groundbreaking 3D EXPERIENCE platform
• Task sequencing for multiple humans, robots and devices
• Simplified teaching of common actions
• Time management from task level to motion elements
• Capture and re-use of basic skills or complex tasks
• Push, pull and carry analysis
• Lifting and lowering analysis
• Rapid upper limb assessment
• Manikin vision assessment