'Bar linkage' diaporamas de présentation

Group 1 - Management, systems integration and reporting

Group 1 - Management, systems integration and reporting. 2011 Daniel, Matt, Tony, Sam, Mayur. Mission Task. Search and rescue UAV Requirements. Allocations of Groups & Members. 1. Management 2. Mayur - Payload & Electrical Power 3. Matt - Aerodynamics 4. Daniel - Structures

1.08k views • 99 slides

Mechanisms Design MECN 4110

Mechanisms Design MECN 4110. Professor: Dr. Omar E. Meza Castillo omeza@bayamon.inter.edu http://www.bc.inter.edu/facultad/omeza Department of Mechanical Engineering Inter American University of Puerto Rico Bayamon Campus. Tentative Lectures Schedule.

1.54k views • 79 slides

Mechanics of Machines Dr. Mohammad Kilani

Mechanics of Machines Dr. Mohammad Kilani. Class 3 Position Analysis. TYPES OF MECHANISM ANALYSESE. Position Analysis. Position Analysis Given ? 12 find ? 23 , ? 34 and ? 14 Find maximum and minimum values of ? 14 .

571 views • 51 slides

Link

TERMINOLOGY. Link A component forming a part of a chain; generally rigid with provision at each end for connection to two other links Mechanism A combination of rigid bodies (links) connected by kinematic pairs. Kinematic pair

530 views • 49 slides

MATLAB Tutorials

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Alternative 4 Bar Linkage Setups

Alternative 4 Bar Linkage Setups. P11213. Assembly A: Rear Motor Mount. Assembly B: Forward Motor Mount. Assembly C: Short Link 3. Assembly D: Added Link 4.

338 views • 23 slides

Mechanism

Mechanism. Mechanism is an assembly of rigid elements (linkages) arranged and connected to form a closed kinematic chain with one link fixed in order to transmit motion in a predetermined fashion. Mechanism consists of linkages and joints.

1.4k views • 23 slides

Mechanism

Mechanism. Mechanism is an assembly of rigid elements (linkages) arranged and connected to form a closed kinematic chain with one link fixed in order to transmit motion in a predetermined fashion. Mechanism consists of linkages and joints.

430 views • 23 slides

Kinematics analysis of beam pumping unit base on projection method

The conventional beam unit movement equation is based on the vector method, the four bar linkage vector relation is expressed by complex mathematics, so it call people for more mathematical knowledge. Base on geometry relationship and trigonometric function relationship between the Four Bar Linkage, the beam unit movement equations can be established through the projection method. By programming and solving the movement equations, the movement curve accurately reflects the movement of the beam unit four bar linkage suspension point.

58 views • 5 slides