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主页 » 解决方案概述 » 三维多领域系统仿真 » Motion

LMS Virtual.Lab Motion Overview

LMS Virtual.Lab Motion

Optimizing Real-Life Performance of Mechanical Systems - Manufacturers are pressured to deliver more complex products with increased quality in shorter development cycles. Engineering the performance of mechanical designs with traditional test-based development processes is no longer an option. The only valid alternative is evaluating functional performance attributes on a virtual prototype. LMS Virtual.Lab ...

LMS Virtual.Lab Standard Motion

LMS Virtual.Lab Standard Motion

LMS Virtual.Lab Standard Motion is a complete and integrated solution to simulate realistic motion and loads of mechanical systems. It permits engineers to quickly analyze and optimize the real-world behavior of the mechanical design and to guarantee that it performs as expected, before committing to expensive physical prototype testing. The Virtual.Lab Standard Motion solution allows users to model ...

LMS Virtual.Lab Powertrain Motion

LMS Virtual.Lab Powertrain Motion

In developing new and improved engines, engineers often face conflicting design goals. They are challenged to reduce engine emissions and fuel consumption, yet deliver engines with more power, reduced vibrations, an optimal sound and maintenance free operation. LMS Virtual.Lab Powertrain Motion is a complete and integrated solution to simulate the complex dynamic performance of engines, and to accurately ...

LMS Virtual.Lab Suspension Motion

LMS Virtual.Lab Suspension Motion

LMS Virtual.Lab Suspension Motion is a complete and integrated solution to simulate realistic motion and loads of suspension systems. It allows engineers to design quarter and half suspensions that deliver the expected ride and handling behavior. The Suspension Motion solution offers vehicle-engineering teams a dedicated environment to efficiently set up and analyze suspension models. With the specialized ...

LMS Virtual.Lab Full Vehicle Motion

LMS Virtual.Lab Full Vehicle Motion

The LMS Virtual.Lab Full Vehicle Motion solution simulates the ride and handling behavior of vehicles from passenger cars, to motor sports vehicles and up to multi-axle vehicles such as trucks and buses.Front- and rear-axle suspension models created with the LMS Virtual.Lab Suspension Interface can easily be integrated in a full-vehicle model and extended with the steering system, brakes, powertrain ...

LMS Virtual.Lab Gear Motion

LMS Virtual.Lab Gear Motion

LMS Virtual.Lab Gear Motion automates the modeling and simulation of a system of helical or spur gears for automotive, ground vehicle or general machinery applications. The solution predicts the dynamic behavior of a gear system and the loads acting on its components. Using it, engineers can study how effects like back-lash in the gear system are spread throughout a mechanical system, and detect the ...

LMS Virtual.Lab Track Motion

LMS Virtual.Lab Track Motion

LMS Virtual.Lab Track Motion is a modeling and simulation tool to accelerate the design and engineering of a track vehicle’s dynamic behavior. It allows engineers to easily model track vehicles on several levels of detail, ranging from simple predictions of the gross motion of the chassis, to detailed models including lots of detail for the tracks, sprockets, idlers, road wheels etc. Simulation ...

LMS Virtual.Lab Motion – Options

LMS Virtual.Lab Motion – Options

LMS Virtual.Lab Motion - Simulate your product’s real-world performance

How do you guarantee your mechanical design performs as expected, before signing off to a physical test? How do you make sure that the numerous components interact and move as planned? Will certain parts break under peak loads? How can you increase the performance and the operation speed of your design ...

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» News

LMS Virtual.Lab Motion Rev 7 strengthens simulation capability for vehicle handling and ride comfort

LMS Virtual.Lab Landing Gear reduces errors and saves time in landing gear engineering

» Application Cases

Arctic Cat uses LMS Test.Lab and LMS Virtual.Lab to optimize NVH

Timoney Technology uses LMS Virtual.Lab Motion to design independent suspensions a

GM replaces driveline tests with simulation

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