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earthquake shake table design

Heres what youll do in this activity Build a shake tablea device engineers use to simulate the backandforth shaking of an earthquake Design a building thats stable and sturdy enough to survive an earthquake Test your building on the shake table and see what happens

February 11,2019 by: Ira Rudolph
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BENCHSCALE SHAKE TABLES

SEISMIC C ENGE SH T S KEUP

Theoretical simulations and scale models have only limited usefulness in predicting structural damage so MIT researchers and their collaborators have prepared a conceptual design for a 30by30meter shake table that can subject a fullscale building or other structure to the forces of a real earthquake

The shaking table they created is the same one operated by PEER today and is still the largest multidirectional shaking table in the United States and among the most sophisticated in the world Many of the design features originated in Berkeley were later adopted for shaking tables in Japan Mexico Peru and Yugoslavia

Table Design A 36 x 36 meter table platform of welded steel construction with a weight of approximately 8 tons The table has a painted top surface A 7 x 7 meter shake table extension platform of welded steel construction with a weight of approximately 98

Apply the Engineering Design Process by using Google Sketchup to design an earthquake resistant building Identify materials used to accomplish a design task Build a prototype and test using a shake table

the demand of shake table The experimental test is carried out considering the future which we thrust by this paper In our creative point the shake table must be provided at the center and corner of the building to safeguard the structure from earthquake Shake table lists among the valuable tool at present III METHODOLOGY

computerized model of the system Controller Design includes the delegation of programming involved with controlling the shake table as well as creation of the user friendly environment Data Processing includes the delegation of data processing functions This included functions to

Design Scaling Similitude and Modeling of ShakeModeling of ShakeTable TestTable Test Structures Andreas Stavridis Benson Shing and Joel Conte University of California San DiegoUniversity of California San Diego NEESUC San Diego NEESUBuffalo NEESUNevadaReno Shake Table Training Workshop 2010 San Diego CA

ACCEPTANCE CRITERIA FOR SEISMIC CERTIFICATION BY SHAKETABLE TESTING OF NONSTRUCTURAL COMPONENTS AC156 Approved October 2010 Effective November 1 2010 Previously approved December 2006 June 2004 and January 2000 PREFACE Evaluation reports issued by ICC Evaluation Service LLC ICCES are based upon performance features of the

Seismic Test Co is a single source shake table testing organization owned and operated by California licensed structural engineers who are experts in special seismic certification Our team specializes in turnkey seismic testing of nonstructural components and providing necessary documentation needed to meet regulatory requirements for seismic performance

Researchers at the University of British Columbia loaded 55 tons of sand bags on the top of a 24foot diameter dome and subjected it to simulated earthquake conditions on their shake tables Watch the video of the shaketable test and find out if the woodframed dome survived

Engineers can test how well a building will hold up to lateral force by placing a model of it on a shake table which moves horizontally to replicate the stresses created by an earthquake Materials

Oct 18 2018 The shake tables impact on society In the past 14 years research at UC San Diegos shake table which is housed at the universitys Englekirk Structural Engineering Center has led to important changes in design codes for commercial and residential structures and new insights into the seismic performance of geotechnical systems such

Resilient Design Is Resilience the New Sustainability 12142013 by Jill Fehrenbacher Flip It Share Tweet Pin Start Slideshow 124 Resilient Design 101 Resilient Building Design

Heres what youll do in this activity Build a shake tablea device engineers use to simulate the backandforth shaking of an earthquake Design a building thats stable and sturdy enough to survive an earthquake Test your building on the shake table and see what happens

Earthquake Shake Table Original Design by Casey Hagbo Geophysics Major Class of 2001 Prepared by Katie Walch Science Education Specialist Western UP Center for Science Math and Environmental Education Phone 906 4873341 Email kewalch Robert J Barron Facilities Manager Department of Geological and Mining Engrg and Sciences

You are limited to using only the following materials in your actual structure 10 Pieces of Spaghetti 20 Marshmallows and 30 centimeters of Tape Your building will be considered earthquake proof if it can retain its complete structure on the shake table and not fall over during a period of 10 seconds of shaking the table

Earthquakes lab Through this activity students will practice engineering design principles and be responsible for creating their own earthquake platform Grade Levels 58 Estimated Time three 45 minute periods Student Outcomes 1 Students will use the engineering design process to design and construct their own earthquake simulating shake table

Cut the wooden base and the shake table top to size Cut dowels for spring holders and connecting rod Position a 58 dowel slightly inside each corner of the shake table top as shown here and screw into place Use the shake table top to mark the position of the four spring holder dowels on the base and screw into place as shown below

The Quake Shake Table and the demonstrations developed over the past few years allow the communication of basic principles of earthquake design and structural response in a fun handson and attentiongrabbing fashion QUAKE SHAKE TABLE FULL

BENCHSCALE SHAKE TABLES

Teacher Workshop 1 Shake Table Questacon The

Theoretical simulations and scale models have only limited usefulness in predicting structural damage so MIT researchers and their collaborators have prepared a conceptual design for a 30by30meter shake table that can subject a fullscale building or other structure to the forces of a real earthquakeThe shaking table they created is the same one operated by PEER today and is still the largest multidirectional shaking table in the United States and among the most sophisticated in the world Many of the design features originated in Berkeley were later adopted for shaking tables in Japan Mexico Peru and YugoslaviaTable Design A 36 x 36 meter table platform of welded steel construction with a weight of approximately 8 tons The table has a painted top surface A 7 x 7 meter shake table extension platform of welded steel construction with a weight of approximately 98Apply the Engineering Design Process by using Google Sketchup to design an earthquake resistant building Identify materials used to accomplish a design task Build a prototype and test using a shake tablethe demand of shake table The experimental test is carried out considering the future which we thrust by this paper In our creative point the shake table must be provided at the center and corner of the building to safeguard the structure from earthquake Shake table lists among the valuable tool at present III METHODOLOGYcomputerized model of the system Controller Design includes the delegation of programming involved with controlling the shake table as well as creation of the user friendly environment Data Processing includes the delegation of data processing functions This included functions toDesign Scaling Similitude and Modeling of ShakeModeling of ShakeTable TestTable Test Structures Andreas Stavridis Benson Shing and Joel Conte University of California San DiegoUniversity of California San Diego NEESUC San Diego NEESUBuffalo NEESUNevadaReno Shake Table Training Workshop 2010 San Diego CAACCEPTANCE CRITERIA FOR SEISMIC CERTIFICATION BY SHAKETABLE TESTING OF NONSTRUCTURAL COMPONENTS AC156 Approved October 2010 Effective November 1 2010 Previously approved December 2006 June 2004 and January 2000 PREFACE Evaluation reports issued by ICC Evaluation Service LLC ICCES are based upon performance features of the

BENCHSCALE SHAKE TABLES

Testing Model Structures Jello Earthquake In The

Theoretical simulations and scale models have only limited usefulness in predicting structural damage so MIT researchers and their collaborators have prepared a conceptual design for a 30by30meter shake table that can subject a fullscale building or other structure to the forces of a real earthquake

The shaking table they created is the same one operated by PEER today and is still the largest multidirectional shaking table in the United States and among the most sophisticated in the world Many of the design features originated in Berkeley were later adopted for shaking tables in Japan Mexico Peru and Yugoslavia

Table Design A 36 x 36 meter table platform of welded steel construction with a weight of approximately 8 tons The table has a painted top surface A 7 x 7 meter shake table extension platform of welded steel construction with a weight of approximately 98

BENCHSCALE SHAKE TABLES

DIY Shake Table San Jose CA 95113 The Tech

Theoretical simulations and scale models have only limited usefulness in predicting structural damage so MIT researchers and their collaborators have prepared a conceptual design for a 30by30meter shake table that can subject a fullscale building or other structure to the forces of a real earthquake

The shaking table they created is the same one operated by PEER today and is still the largest multidirectional shaking table in the United States and among the most sophisticated in the world Many of the design features originated in Berkeley were later adopted for shaking tables in Japan Mexico Peru and Yugoslavia

Table Design A 36 x 36 meter table platform of welded steel construction with a weight of approximately 8 tons The table has a painted top surface A 7 x 7 meter shake table extension platform of welded steel construction with a weight of approximately 98

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