Unlock the principles of torque, force, and system dynamics through structured courses from LivTorc. Build a deep theoretical foundation for engineering innovation.
Explore Our CoursesOur structured courses break down complex physics and engineering principles into clear, actionable knowledge.
Gain a deep understanding of core concepts like torque, force, and energy transfer through structured, theory-first lessons.
Learn to predict and analyze the behavior of real-world mechanical systems using applied physics and engineering models.
Master the precise language of engineering to confidently interpret diagrams, specifications, and technical documentation.
Reinforce concepts with detailed diagrams and visual aids that illustrate mechanical interactions and system dynamics.
Follow a carefully sequenced curriculum that builds your knowledge step-by-step, from basic principles to advanced applications.
Develop critical thinking skills by applying theoretical knowledge to solve practical engineering challenges and case studies.
Explore core mechanical and physics concepts through detailed diagrams and real-world applications.
Lesson 1.2
Visualizing the relationship between force, lever arm, and rotational motion in gears and shafts.
Lesson 2.5
Forces and moments balance in a bridge truss structure, demonstrating Newton's First Law.
Case Study
Motion path analysis of a four-bar mechanism used in automotive and robotic applications.
Lesson 3.1
Power transmission and energy loss visualization in a compound planetary gear system.
Foundation
Graphical representation of force vectors, resultants, and components in engineering problems.