AHFE Open AccessDesign of a Hydraulic Substitute Base for Demolition Hammers
Open Access
Article
Conference Proceedings
Authors: Johannes Klotz, Sascha Hasenoehrl, Sven Matthiesen, Marcus Geimer
Abstract
Substitute bases for demolition hammers should emulate mineral materials. Their advantage over mineral materials is that they are not destroyed by the energy of high-frequency impacts, enabling repeatable tests for the development of demolition hammers. To date, no substitute bases are known that can represent a wide range of different materials in an equivalently effective manner. This paper presents a hydraulic substitute base whose stiffness and damping can be adjusted by varying oil volume, orifice cross-section, and preload pressure.
Keywords: Hydraulic substitute base, demolition hammer, adjustable damping, simulation-based design, impact testing
DOI: 10.54941/ahfe1007287
Cite this paper
Downloads
17
Visits
28
More from this volume
← Mixed Reality–Driven Rehabilitation Using a Robotic Exoskeleton and an Immersive Game-Based InterfaceMapping Knowledge Creation in Digital and Workplace Environments: A Data-Driven Scoping Review of Trialogical Learning →
- Enhancing Operability of Glove-Type Power-Assist Systems: Descent-Assist Mechanism based on Human Centered Design
- Towards an Ergonomic Assessment Framework for Innovative Digital Interfaces: A Multimethod Approach with a Smart-Building Use Case
- Human-Centered Assessment Methods for Smart Building Systems: A Systematic Review of Ergonomics and Human Interaction
- Empowering Nursing Mothers: A Bioinspired Wearable Breast Pump Fostering Emotional and Physiological Well-being.
- Designing a Wearable Mental Health Tracker: A Seven-Week Collaboration with a Health-Tech Startup
- Advanced Digitization and CAD Simulation: Technological Convergence, Skills, and Innovation for a Circular Fashion Industry
- Bridging Traditional Islamic Scholarship and Modern AI: A Human-Centered Voice Recognition System for Quran Reciter Identification
- Balancing Automation with Designerly Autonomy: A UX-Driven Design Intervention
- Designing for Emotional Memory: Affective User Interfaces for Learning
- Human-Centered Design: A Playful Tool for Teaching HCD in the Design Process
- Multimedia Web Content Generation Using Large Language Models with Chain-of-Thought Reasoning Strategy
- BEHOLD: An Extensible Eye-Tracking Infrastructure Supporting Multimodal, Multi-Device Interaction Evaluation