AnyBody Technology A/S

AnyBody Technology A/S

Category: Content
Type: Youtube Video

Generated 2 weeks ago

New videos detected

  • [Webcast] - Over-determinate kinematics: The gateway to advanced motion simulation

    The ability to resolve the kinematics of a model having many redundant and sometimes conflicting motion requirements is an essential strength of the AnyBody Modeling System. An efficient solver for such “over-determinate” kinematic systems is a significant advantage, as it enables a great range of musculoskeletal simulations ranging from motion capture models to prediction of motion kinematics. ...

AnyBody Technology A/S

Category: Content
Type: Youtube Video

Generated 2 months ago

New videos detected

  • [Webcast] - New AnyBody Modeling System: Tour and overview of version 6.1

    Join us for the launch of the latest version of our musculoskeletal simulation software - The AnyBody Modeling System. In this webcast, Morten Enemark Lund, AnyBody R&D Engineer, will introduce some of the exciting new features and show examples of how you can use them to create State-of-the-Art musculoskeletal simulations. Many improvements to the AnyScript language have enabled a new framewor...

AnyBody Technology A/S

Category: Content
Type: Youtube Video

Generated 3 months ago

New videos detected

  • [Webcast] - Development of a biomechanical model of the wrist joint for patient-specific modeling

    Patient-specific multi body simulation models are potentially valuable tools for surgeons in pre- and intraoperative planning of implant choice and alignment. An enhanced musculoskeletal biomechanical model of the wrist joint is presented. The developed computational model features the two forearm bones radius and ulna, the eight wrist bones, the five metacarpal bones and a soft tissue apparatus. ...

AnyBody Technology A/S

Category: Content
Type: Youtube Video

Generated 3 months ago

New videos detected

  • [Webcast] - Musculoskeletal modeling of Dragonflies

    Bite mechanics of insects are interesting in diverse research fields such as evolution and bionics. As these animals are difficult to investigate experimentally due to their small size, modeling approaches can give useful insights into factors such as joint function and muscle activation patterns. This webcast will show the workflow from bite force measurements and micro CT scans to the model setu...

  • Simulating a Motion (Intro 9/9)

    In the last video from this intro series, we finally learn to prescribe a motion, run a simulation, and view the results. The AnyBody Modeling System is a powerful tool for simulating the human musculoskeletal system and deducing the functions of individual muscles during movements. This is the 9th of a 9 part tutorial series for new users

  • Measures and Drivers (Intro 8/9)

    This tutorial introduces measures and drivers, which are tools for creating motions and constraints for your AnyBody model. The AnyBody Modeling System is a powerful tool for simulating the human musculoskeletal system and deducing the functions of individual muscles during movements. This is the 8th of a 9 part tutorial series for new users

  • Forging a Joint - Part 2 (Intro 7/9)

    In this video, we'll learn to connect the rigid body segment to the ground through a simple revolute joint. The AnyBody Modeling System is a powerful tool for simulating the human musculoskeletal system and deducing the functions of individual muscles during movements. This is the 7th of a 9 part tutorial series for new users

  • Forging a Joint - Part 1 (Intro 6/9)

    In this video, we'll learn to connect the rigid body segment to the ground through a simple revolute joint. The AnyBody Modeling System is a powerful tool for simulating the human musculoskeletal system and deducing the functions of individual muscles during movements. This is the 6th of a 9 part tutorial series for new users

  • Creating a Segment (Intro 5/9)

    In this tutorial, we'll add a rigid body segment to our model. The AnyBody Modeling System is a powerful tool for simulating the human musculoskeletal system and deducing the functions of individual muscles during movements. This is the 5th of a 9 part tutorial series for new users

  • Starting with your model (Intro 4/9)

    Here we will initialize your model by creating and visualizing the global reference system for your model. The AnyBody Modeling System is a powerful tool for simulating the human musculoskeletal system and deducing the functions of individual muscles during movements. This is the 4th of a 9 part tutorial series for new users

  • AnyScript Classes (Intro 3/9)

    "What is an AnyScript class?" we'll find out in this tutorial, and also discuss the most fundamental class - AnyFolder. The software is a powerful tool for simulating the human musculoskeletal system and deducing the functions of individual muscles during movements. This is the 3rd of a 9 part tutorial series for new users

  • Starting with AnyScript (Intro 2/9)

    This tutorial introduces you to AnyScript - the programming language within the AnyBody Modeling System. The software is a powerful tool for simulating the human musculoskeletal system and deducing the functions of individual muscles during movements. This is the 2nd of a 9 part tutorial series for new users

  • Downloading and installing AnyBody (Intro Tutorial 1/9)

    This is the 1st video in an 9 part tutorial series, for fresh users of the AnyBody Modeling System. This video guides you on how to download and install the software. The software is a powerful tool for simulating the human musculoskeletal system and deducing the functions of individual muscles during movements.

  • [Webcast] - How to batch process your AnyBody models

    How can you automate your AnyBody simulation for batch processing? How do you integrate the results from AnyBody with other applications? In this webcast, we will introduce you to the AnyBody console application and its macro commands. You will learn how to use the Python programming language to batch process many models and plot the results easily. Finally, you will see a real world example of b...

  • [Webcast] - Modeling Human-Exoskeleton Interaction With AnyBody

    Exoskeletons are promising a new technological revolution on the interface of man and machine. The technology offers amazing opportunities and very difficult design problems, because the machine must work on the conditions of a living human. In this webcast, Professor John Rasmussen from Aalborg University will explain how musculoskeletal simulation can be used in the various stages of the design ...

  • [Webcast] - Contact Forces and Kinematics of Total Knee Arthroplasty During Squatting

    Total knee replacement (TKR) is a well proven surgical procedure and squat motion is a common activity in daily life. TKR contact mechanics and kinematics are important issue in both clinical and mechanical field, however, are not well known. The purpose of this study was to 1) validate the TKR implanted computer musculoskeletal model during squatting and to 2) calculate the contact mechanics in b...

AnyBody Technology A/S

Category: Content
Type: Youtube Video

Generated 8 months ago

New videos detected

  • [Webcast] - Musculoskeletal modeling from scratch

    Seemingly unrelated musculoskeletal modeling solutions often share a set of core concepts, which become evident through gradual experience. Our presenter for this webcast has also journeyed along this rocky learning curve. Ananth will show you a live demo of how a simple, one-segment model is built from scratch, while explaining the underlying modeling concepts. He will go on to show you how a co...

AnyBody Technology A/S

Category: Content
Type: Youtube Video

Generated 8 months ago

AnyBody Technology A/S

Category: Content
Type: Youtube Video

Generated 9 months ago

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